Passage Number

https://openstax.org/books/introduction-anthropology/pages/2-1-archaeological-research-methods

In archaeology, the first step in conducting field research is to survey an area that has the potential to reveal surface artifacts or cultural debris. Archeologists can do surveys by walking across a field or using more advanced technologies, such as drones or Google Earth, to search for unusual topography and potential structures that would be difficult to see from the ground. Rediscovered cultural artifacts or ancient hidden structures may become the basis for an archaeological excavation of the site.
A random sampling of excavation units or test pits can determine a site’s potential based on the quantity of cultural materials found. GPS coordinates are often collected for each piece of cultural debris, along with notes on specific plants and animals found at the site, which can indicate potential natural resources. Features such as trails, roads, and house pits are documented and included in a complete set of field notes.
Government agencies have different protocols about what constitutes an archaeological site. The standard in many areas is six cultural objects found near one another. When preparing a site for excavation, archaeologists will divide the entire site into square sections using a grid system, which involves roping off measured squares over the site's surface. This grid system enables archaeologists to document and map all artifacts and features as they are found.
Excavation is a slow process. Archaeologists work with trowels and even toothbrushes to carefully remove dirt from fragile artifacts. Soil samples may be collected to conduct pollen studies. Ecofacts are objects of natural origin, such as seeds, shells, or animal bones. Other specialists, such as archaeobotanists, may examine the ecofacts found at a site. They specialize in analyzing floral (plant) remains with an interest in the historical relationships between plants and people over time.

In archaeology, the first step in conducting field research is to survey an area that has the potential to reveal surface artifacts or cultural debris. Archeologists can do surveys by walking across a field or using more advanced technologies, such as drones or Google Earth, to search for unusual topography and potential structures that would be difficult to see from the ground. Rediscovered cultural artifacts or ancient hidden structures may become the basis for an archaeological excavation of the site.

A random sampling of excavation units or test pits can determine a site’s potential based on the quantity of cultural materials found. GPS coordinates are often collected for each piece of cultural debris, along with notes on specific plants and animals found at the site, which can indicate potential natural resources. Features such as trails, roads, and house pits are documented and included in a complete set of field notes.

Government agencies have different protocols about what constitutes an archaeological site. The standard in many areas is six cultural objects found near one another. When preparing a site for excavation, archaeologists will divide the entire site into square sections using a grid system, which involves roping off measured squares over the site's surface. This grid system enables archaeologists to document and map all artifacts and features as they are found.

Excavation is a slow process. Archaeologists work with trowels and even toothbrushes to carefully remove dirt from fragile artifacts. Soil samples may be collected to conduct pollen studies. Ecofacts are objects of natural origin, such as seeds, shells, or animal bones. Other specialists, such as archaeobotanists, may examine the ecofacts found at a site. They specialize in analyzing floral (plant) remains with an interest in the historical relationships between plants and people over time.

What are ecofacts?

GPS coordinates and notes on plants or animals found at a site.

The complete documentation and mapping of a site

A method for classifying natural objects

Objects of natural origin

What is mentioned as being documented and included in a "complete set of field notes?"

Estimated age of objects

Catalog of objects found with dimensions and descriptions

Taxonomy about specific animals and plants

Trails, roads, house pits

According to the passage, which of the following is NOT a tool used by archaeologists?

How many cultural objects must be found for an area to be considered an archaeological site?

What is the main idea of the text?

Archaeologists use only certain tools when carrying out surveys, including GIS, GPS, remote sensing, geophysical survey and aerial photography.

Surveys are a perfect way to decide whether or not to carry out an archaeological excavation (as a way of recording the basic details of a possible site).

A survey is a search for archaeological sites and the process of collecting information about past human cultures.

There are many steps and tools involved in conducting archaeological, field research such as surveying with GPS, gridding with ropes, and excavation with trowels.

https://en.wikipedia.org/wiki/Tambov_Rebellion

The Tambov Rebellion of 1920–1922 was one of the largest and best-organized peasant rebellions challenging the Bolshevik government during the Russian Civil War. The uprising occurred in the territories of the modern Tambov Oblast and part of the Voronezh Oblast, less than 300 miles southeast of Moscow. In Soviet history, the rebellion was called the Antonovschina ("Antonov's mutiny"). It was named after Alexander Antonov, a former official of the Socialist Revolutionary Party, who opposed the Bolshevik government.
It began in August 1920, with resistance to the forced confiscation of grain, and developed into a guerrilla war against the Red Army, Cheka units, and the Soviet Russian authorities. The bulk of the peasant army was destroyed by large Red Army reinforcements that used chemical weapons in the summer of 1921, though smaller groups continued until the following year. It is estimated that around 100,000 people were arrested and 15,000 killed during the suppression of the uprising.
Family members of the rebels were usually used as hostages, and others were held at random. In some cases, entire villages were interned. Between 50,000 and 100,000 villagers, including some 1,000 children, were interned in dedicated concentration camps in July 1921. There they suffered severely from cholera and typhus epidemics. The death rate was estimated to be around 15–20% per month during the fall of 1921. Moreover, mass executions of suspected villagers and prisoners were frequent in the villages.
The devastation of the fighting and punitive measures, together with the Bolshevik agricultural policy, led to a famine in the areas of the insurgents. In addition to Tambov, large parts of Russia were affected in the following two years. The uprising made the Soviet leadership aware of its failure to manage relations with the peasants and is seen as one of the factors that prompted Lenin to initiate the New Economic Policy.

The Tambov Rebellion of 1920–1922 was one of the largest and best-organized peasant rebellions challenging the Bolshevik government during the Russian Civil War. The uprising occurred in the territories of the modern Tambov Oblast and part of the Voronezh Oblast, less than 300 miles southeast of Moscow. In Soviet history, the rebellion was called the Antonovschina ("Antonov's mutiny"). It was named after Alexander Antonov, a former official of the Socialist Revolutionary Party, who opposed the Bolshevik government.

It began in August 1920, with resistance to the forced confiscation of grain, and developed into a guerrilla war against the Red Army, Cheka units, and the Soviet Russian authorities. The bulk of the peasant army was destroyed by large Red Army reinforcements that used chemical weapons in the summer of 1921, though smaller groups continued until the following year. It is estimated that around 100,000 people were arrested and 15,000 killed during the suppression of the uprising.

Family members of the rebels were usually used as hostages, and others were held at random. In some cases, entire villages were interned. Between 50,000 and 100,000 villagers, including some 1,000 children, were interned in dedicated concentration camps in July 1921. There they suffered severely from cholera and typhus epidemics. The death rate was estimated to be around 15–20% per month during the fall of 1921. Moreover, mass executions of suspected villagers and prisoners were frequent in the villages.

The devastation of the fighting and punitive measures, together with the Bolshevik agricultural policy, led to a famine in the areas of the insurgents. In addition to Tambov, large parts of Russia were affected in the following two years. The uprising made the Soviet leadership aware of its failure to manage relations with the peasants and is seen as one of the factors that prompted Lenin to initiate the New Economic Policy.

How far away from Moscow did the rebellion take place?

What caused the rebellion?

The humiliation of the Russian defeat in a war.

Peasants were upset by their continued degradation.

New taxes were imposed.

The government forcefully confiscated grain.

How many children were sent to concentration camps due to the rebellion?

Which was NOT mentioned as a result of the rebellion?

Lenin initiated a New Economic Policy.

There was widespread famine.

There were mass executions of suspected villagers.

Villages were burned to the ground.

What is the main idea of the text?

The Tambov Rebellion was the first time a state used chemical weapons on its civilians.

The Tambov Rebellion was a cause of the Russian Civil War and resulted in brutal consequences for rebels.

The Tambov Rebellion’s causes, fighting, and consequences are outlined in this historical account.

The Tambov Rebellion was the catalyst for policy change in the Bolshevik party.

https://en.wikipedia.org/wiki/Secretariat_(horse)

Secretariat, also known as Big Red, was a champion American thoroughbred racehorse who was the ninth winner of the American Triple Crown, setting and still holding the record for fastest time. He is considered to be the greatest racehorse of all time. Secretariat became the first Triple Crown winner in 25 years, and his record-breaking victory in the Belmont Stakes, which he won by 31 lengths, is regarded as one of the greatest races ever.
At age two, Secretariat finished fourth in his 1972 debut in a maiden race but then won seven of his remaining eight starts, including five stakes victories. His only loss during this period was in the Champagne Stakes, where he finished first but was disqualified to second for interference. Secretariat received the Eclipse Award for champion two-year-old colt and was the 1972 Horse of the Year, a rare honor for a horse so young.
At age three, Secretariat not only won the Triple Crown, but he also set speed records in all three races. His time in the Kentucky Derby still stands as the Churchill Downs track record for 1+1⁄4 miles, and his time in the Belmont Stakes stands as the American record for 1+1⁄2 miles on the dirt. In 2012, Secretariat’s actual time of 1:53 in the Preakness Stakes was recognized as a stakes record after an official review.
Secretariat's win in the Gotham Stakes tied the one-mile track record; he set a world record in the Marlboro Cup at 1+1⁄8 miles and further proved his versatility by winning two major races on turf. He lost three times that year: in the Wood Memorial, Whitney, and Woodward Stakes, but the brilliance of his nine wins designated him an American icon. Secretariat won his second Horse of the Year title, plus Eclipse Awards for champion three-year-old colt and champion turf horse.

Secretariat, also known as Big Red, was a champion American thoroughbred racehorse who was the ninth winner of the American Triple Crown, setting and still holding the record for fastest time. He is considered to be the greatest racehorse of all time. Secretariat became the first Triple Crown winner in 25 years, and his record-breaking victory in the Belmont Stakes, which he won by thirty-one lengths, is regarded as one of the greatest races ever.

At age two, Secretariat finished fourth in his 1972 debut in a maiden race but then won seven of his remaining eight starts, including five stakes victories. His only loss during this period was in the Champagne Stakes, where he finished first but was disqualified to second for interference. Secretariat received the Eclipse Award for champion two-year-old colt and was the 1972 Horse of the Year, a rare honor for a horse so young.

At age three, Secretariat not only won the Triple Crown, but he also set speed records in all three races. His time in the Kentucky Derby still stands as the Churchill Downs track record for 1+1⁄4 miles, and his time in the Belmont Stakes stands as the American record for 1+1⁄2 miles on the dirt. In 2012, Secretariat’s actual time of 1:53 in the Preakness Stakes was recognized as a stakes record after an official review.

Secretariat's win in the Gotham Stakes tied the one-mile track record; he set a world record in the Marlboro Cup at 1+1⁄8 miles and further proved his versatility by winning two major races on turf. He lost three times that year: in the Wood Memorial, Whitney, and Woodward Stakes, but the brilliance of his nine wins designated him an American icon. Secretariat won his second Horse of the Year title, plus Eclipse Awards for champion three-year-old colt and champion turf horse.

By how many lengths did Secretariat win the Belmont Stakes?

What place did Secretariat finish in his debut in a maiden race?

In addition to winning the Triple Crown, what did Secretariat do at age three?

He set a world record at the Marlboro Cup.

He won two major races on turf but lost three times.

He was designated an American icon.

He set speed records in all three races at the Triple Crown.

Which was NOT a race that Secretariat lost?

Woodward Stakes

Preakness Stakes

What is the main idea of the text?

The passage compares and contrasts Secretariat’s wins and losses.

The passage describes how Secretariat became the fastest horse in the world.

The passage is a biography of Secretariat’s accomplishments before he retired at age 6.

The passage outlines the many accomplishments of Secretariat’s career.

https://simple.wikipedia.org/wiki/Functional_illiteracy

Functional illiteracy means that a person is not able to read, write, and do math well in regular life. Someone who is fully illiterate cannot read, write, or do math at all. Such people have perhaps never learned how to read or write, often because they did not have access to education. A functionally illiterate person is different--at some point in their lives, these people were taught reading and writing skills. For different reasons,
functionally illiterate adults try to avoid writing and reading as much as possible. That way, a person who is functionally illiterate may be able to write their name, but it is very difficult for them to write more than a few sentences. These people have trouble functioning in modern society when they are confronted with printed materials; this is because they cannot perform simple tasks such as filling out a form, understanding a contract, following written
instructions, reading a newspaper article, traffic signs, consulting a dictionary, or understanding a bus schedule. Because of functional illiteracy, these people also have a lot of trouble using modern communication technologies, such as a personal computer or a mobile phone. People who are functionally illiterate often have other problems as well; for example, other people may bully them, and they may have higher health risks and stress. Because they cannot get high-paying jobs, they often earn little
money. Crime researchers and sociologists have talked about the link between functional illiteracy and crime. Business magazine estimates that 15 million functionally illiterate adults had a job in the United States at the start of the 21st century. The American Council of Life Insurers reported that 75% of Fortune 500 companies provide some level of training to help their workers overcome this situation. All over the U.S, 30 million - 14% of adults - are unable to perform simple and everyday literacy activities.

Functional illiteracy means that a person is not able to read, write, and do math well in regular life. Someone who is fully illiterate cannot read, write, or do math at all. Such people have perhaps never learned how to read or write, often because they did not have access to education. A functionally illiterate person is different--at some point in their lives, these people were taught reading and writing skills. For different reasons,

functionally illiterate adults try to avoid writing and reading as much as possible. That way, a person who is functionally illiterate may be able to write their name, but it is very difficult for them to write more than a few sentences. These people have trouble functioning in modern society when they are confronted with printed materials; this is because they cannot perform simple tasks such as filling out a form, understanding a contract, following written

instructions, reading a newspaper article, traffic signs, consulting a dictionary, or understanding a bus schedule. Because of functional illiteracy, these people also have a lot of trouble using modern communication technologies, such as a personal computer or a mobile phone. People who are functionally illiterate often have other problems as well; for example, other people may bully them, and they may have higher health risks and stress. Because they cannot get high-paying jobs, they often earn little

money. Crime researchers and sociologists have talked about the link between functional illiteracy and crime. Business magazine estimates that 15 million functionally illiterate adults had a job in the United States at the start of the 21st century. The American Council of Life Insurers reported that 75% of Fortune 500 companies provide some level of training to help their workers overcome this situation. All over the U.S, 30 million - 14% of adults - are unable to perform simple and everyday literacy activities.

According to the passage, what is functional illiteracy?

Being unable to read, write, or do math at an elementary level.

Avoiding reading and writing as much as possible

Being unable to read, write, or do math at all.

Being unable to read, write, or do math well in regular life.

Which of the following is NOT mentioned as a challenge for someone who is functionally illiterate?

Understanding a bus schedule

Consulting a dictionary

Reading a magazine article

To what have researchers and sociologists linked functional illiteracy?

Aggressive behavior

Difficulty communicating

How many people in the US are unable to perform simple and everyday literacy activities?

What is the main idea of the text?

Full illiteracy is when one cannot write, read, or do math well and it can cause other sociological issues.

People who are functionally illiterate cannot read, write, or do math at all due to learning disabilities.

All people who are functionally illiterate are subject to bullying, low income, and poor health outcomes.

Functional illiteracy is different than illiteracy but the effects are often the same--lower employability, less pay, and more crime.

https://en.wikipedia.org/wiki/Black_hole#General_relativity

A black hole is a region of spacetime where gravity is so powerful that nothing, including light or other electromagnetic waves, has sufficient energy to escape. The presence of a black hole can be inferred through its interaction with other matter and radiation, including visible light. Any matter that falls onto a black hole becomes heated by friction, forming quasars, some of the brightest objects in the universe. Stars passing too close to a supermassive black hole can be shredded and swallowed. The idea of a body so big that even light could not escape was proposed by English astronomical pioneer and clergyman John Michell in a letter published in November 1784. Michell's simplistic calculations assumed such a body might have the same density as the Sun, and he concluded that one would form when a star's diameter exceeds the Sun's by a factor of 500 and its surface escape velocity exceeds the usual speed of light. Michell referred to these bodies as dark stars. Scholars of the time were initially excited by the proposal that giant but invisible 'dark stars' might be hiding in plain view. However, enthusiasm dampened when the wavelike nature of light became apparent in the early nineteenth century. If light were a wave rather than a particle, it was unclear what, if any, influence gravity would have on escaping light waves. In 1915, Albert Einstein developed his theory of general relativity, having earlier shown that gravity does influence light's motion. The term "black hole" was used in print by Life and Science News magazines in 1963 and by science journalist Ann Ewing in her article "'Black Holes' in Space," dated 18 January 1964. In December 1967, a student reportedly suggested the phrase "black hole" at a lecture by John Wheeler. Wheeler adopted the term for its brevity and "advertising value," and it quickly caught on, leading some to credit Wheeler with coining the phrase.

A black hole is a region of spacetime where gravity is so powerful that nothing, including light or other electromagnetic waves, has sufficient energy to escape. The presence of a black hole can be inferred through its interaction with other matter and radiation, including visible light. Any matter that falls onto a black hole becomes heated by friction, forming quasars, some of the brightest objects in the universe. Stars passing too close to a supermassive black hole can be shredded and swallowed.

The idea of a body so big that even light could not escape was proposed by English astronomical pioneer and clergyman John Michell in a letter published in November 1784. Michell's simplistic calculations assumed such a body might have the same density as the Sun, and he concluded that one would form when a star's diameter exceeds the Sun's by a factor of 500 and its surface escape velocity exceeds the usual speed of light. Michell referred to these bodies as dark stars.

Scholars of the time were initially excited by the proposal that giant but invisible "dark stars" might be hiding in plain view. However, enthusiasm dampened when the wavelike nature of light became apparent in the early nineteenth century. If light were a wave rather than a particle, it was unclear what, if any, influence gravity would have on escaping light waves. In 1915, Albert Einstein developed his theory of general relativity, having earlier shown that gravity does influence light's motion.

The term "black hole" was used in print by Life and Science News magazines in 1963 and by science journalist Ann Ewing in her article "'Black Holes in Space," dated 18 January 1964. In December 1967, a student reportedly suggested the phrase "black hole" at a lecture by John Wheeler. Wheeler adopted the term for its brevity and "advertising value," and it quickly caught on, leading some to credit Wheeler with coining the phrase.

What is a quasar?

A region of spacetime where gravity is so powerful that nothing, including light, has sufficient energy to escape.

A planet that is shredded and swallowed by a black hole.

An object that is inferred through its interaction with other matter and radiation, including visible light.

Some of the brightest objects in the universe, which are caused by matter being heated by friction with a black hole.

What other job did the astronomer who proposed the concept of dark stars have?

Why did Michell's dark star theory fall out of favor with astronomers?

They learned that light was both a wave and a particle.

Einstein proposed his theory of general relativity, which showed gravity's influence on light energy.

Scientists discredited the idea.

The wave-like nature of light became apparent.

When did the term "black hole" first appear?

During a John Wheeler lecture in 1963 when a student suggested the term

In a paper written by Ann Ewing in 1964

During a lecture given by John Wheeler in 1967

In 1963 in Life and Science News magazines

What is the main idea of the text?

A black hole is a region of spacetime where gravity is so dense that light doesn't even have sufficient energy to escape.

Scholars have long debated the reality of dark stars, but more recent scientific advances have proven that black holes exist.

By nature, black holes do not themselves emit radiation, so astrophysicists searching for them must rely on indirect observations.

Theories around black holes evolved over time as scientists advanced their understanding of their nature.

https://en.wikipedia.org/wiki/Sea_Peoples

The Sea Peoples are a purported maritime group that attacked ancient Egypt and other regions in the East Mediterranean before and during the Late Bronze Age collapse (1200–900 BCE). Following the creation of the concept in the 19th century, the Sea Peoples' aggression and attacks became one of the most famous chapters of Egyptian history. The historical narrative stems primarily from seven Ancient Egyptian sources. However, the designation "of the sea" does not appear in relation to all of these peoples. The actual origins of the Sea Peoples are unknown. It has been proposed that the Sea Peoples originated from several locations, such as western Asia Minor, the Aegean, the Mediterranean islands, and Southern Europe. Archaeological inscriptions do not reference migration. However, the Sea Peoples are conjectured to have sailed around the eastern Mediterranean. They invaded Anatolia, Syria, Phoenicia, Canaan, Cyprus, and Egypt toward the end of the Bronze Age. French Egyptologist Emmanuel de Rougé first used the term peuples de la mer (literally "peoples of the sea") in 1855 to describe reliefs on the Second Pylon at Medinet Habu, documenting Year 8 of Ramesses III. In the late 19th century, Gaston Maspero, de Rougé's successor at the Collège de France, subsequently popularized the term "Sea Peoples" and an associated migration theory. Since the early 1990s, many scholars have questioned his migration theory. The Sea Peoples remain a mystery in the eyes of most modern scholars, and hypotheses regarding the origin of the various groups are still the source of much speculation. Existing theories cannot agree. Some propose equating them with several Aegean tribes. Others suggest they are raiders from Central Europe or scattered soldiers who turned to piracy. Paleoclimatological researchers think they might have been refugees from natural disasters such as earthquakes, famine, drought, or climatic shifts.

The Sea Peoples are a purported maritime group that attacked ancient Egypt and other regions in the East Mediterranean before and during the Late Bronze Age collapse (1200–900 BCE). Following the creation of the concept in the 19th century, the Sea Peoples' aggression and attacks became one of the most famous chapters of Egyptian history. The historical narrative stems primarily from seven Ancient Egyptian sources. However, the designation "of the sea" does not appear in relation to all of these peoples.

The actual origins of the Sea Peoples are unknown. It has been proposed that the Sea Peoples originated from several locations, such as western Asia Minor, the Aegean, the Mediterranean islands, and Southern Europe. Archaeological inscriptions do not reference migration. However, the Sea Peoples are conjectured to have sailed around the eastern Mediterranean. They invaded Anatolia, Syria, Phoenicia, Canaan, Cyprus, and Egypt toward the end of the Bronze Age.

French Egyptologist Emmanuel de Rougé first used the term peuples de la mer (literally "peoples of the sea") in 1855 to describe reliefs on the Second Pylon at Medinet Habu, documenting Year 8 of Ramesses III. In the late 19th century, Gaston Maspero, de Rougé's successor at the Collège de France, subsequently popularized the term "Sea Peoples" and an associated migration theory. Since the early 1990s, many scholars have questioned his migration theory.

The Sea Peoples remain a mystery in the eyes of most modern scholars, and hypotheses regarding the origin of the various groups are still the source of much speculation. Existing theories cannot agree. Some propose equating them with several Aegean tribes. Others suggest they are raiders from Central Europe or scattered soldiers who turned to piracy. Paleoclimatological researchers think they might have been refugees from natural disasters such as earthquakes, famine, drought, or climatic shifts.

Which time period did the Sea Peoples attack?

During the early Bronze Age

During the Old Kingdom period in Egypt

During the Early Dynastic period in Egypt

During the Late Bronze Age collapse

Where did the Sea Peoples invade?

Egypt, Mediterranean islands, Hittites, Assyria, and Anatolia

Myceneaean Greece, Libya, Aegean states, and Anatolia

Phoenicia, Egypt, Mesopotamia, the Mediterranean, and northern Africa

Anatolia, Syria, Phoenicia, Canaan, Cyprus, and Egypt

Who popularized the term "Sea Peoples?"

Emmanuel de Cramoisi

The Collège de France

Which is the most commonly supported origin hypothesis for the Sea Peoples by modern scholars?

Several Aegean tribes.

Raiders or former soldiers who turned to piracy.

Refugees from natural disasters like famine or drought.

Hypotheses are still the source of speculation.

What is the main idea of the text?

Raiders were recorded in Egyptian, Greek, and Phoenician sources, and scholars debate where they came from.

The term "Sea Peoples" is used generally in the literature concerning the period to mean the attacks from aggressors external to the wider Aegean world.

Historical narratives about the Sea Peoples stem primarily from nine Ancient Greek sources, but now the term and theory state that migration was the cause.

Raiders were recorded in Egyptian sources, and scholars know where they attacked but debate where they came from and why.

https://openstax.org/books/american-government-2e/pages/1-1-what-is-government

Are fewer people today active in politics than in the past? Political scientist Robert Putnam has argued that civic engagement is declining. Although many Americans may report belonging to groups, these groups are usually large, impersonal ones with thousands of members. One example is non-profit groups, where people share specific values with other members. Still, they do not interact with these other members. These organizations differ from the groups Americans used to belong to, like church groups or bowling leagues. It’s still true that people are still interested in volunteering and working for the public good. However, they are more interested in either working individually or joining large organizations where they have little opportunity to interact with others. Putnam considers several explanations for this decline in small group membership. He thinks the causes might include increased participation by women in the workforce, a decrease in marriages, and an increase in divorces. He also considers the effect of technological developments—such as the internet—that separate people by allowing them to feel connected to others without spending real time in their physical presence. Putnam argues that a decline in social capital accompanies the decline in membership in small, interactive groups. Social capital is “the collective value of all ‘social networks’ and the inclinations that arise from these networks to do things for each other.” Social capital includes networks of individuals, a sense that one is part of an entity larger than oneself, concern for the collective good and a willingness to help others, and the ability to trust others and to work with them to find solutions to problems. This, in turn, has hurt people’s willingness and ability to engage in representative government. If Putnam is correct, this trend is unfortunate because becoming active in government and community organizations is vital for many reasons.

Are fewer people today active in politics than in the past? Political scientist Robert Putnam has argued that civic engagement is declining. Although many Americans may report belonging to groups, these groups are usually large, impersonal ones with thousands of members. One example is non-profit groups, where people share specific values with other members. Still, they do not interact with these other members. These organizations differ from the groups Americans used to belong to, like church groups or bowling leagues.

It’s still true that people are still interested in volunteering and working for the public good. However, they are more interested in either working individually or joining large organizations where they have little opportunity to interact with others. Putnam considers several explanations for this decline in small group membership. He thinks the causes might include increased participation by women in the workforce, a decrease in marriages, and an increase in divorces.

He also considers the effect of technological developments—such as the internet—that separate people by allowing them to feel connected to others without spending real time in their physical presence. Putnam argues that a decline in social capital accompanies the decline in membership in small, interactive groups. Social capital is “the collective value of all ‘social networks’ and the inclinations that arise from these networks to do things for each other.”

Social capital includes networks of individuals, a sense that one is part of an entity larger than oneself, concern for the collective good and a willingness to help others, and the ability to trust others and to work with them to find solutions to problems. This, in turn, has hurt people’s willingness and ability to engage in representative government. If Putnam is correct, this trend is unfortunate because becoming active in government and community organizations is vital for many reasons.

What has political scientist Robert Putnam argued?

That people are still interested in volunteering and working for the public good.

That the internet helps people be connected with others.

That fewer people are active in politics than in the past.

That civic engagement is declining.

Which of the following explanations is NOT one that Putnam considers for the decline in small group membership?

More women in the workforce

Busy-ness and time pressure

Which of the following is NOT included in social capital?

Networks of individuals

A concern for the collective good

A willingness to help others

Trust in a sense of belonging

What accompanies the decline in membership in small groups?

An increase in membership in large groups

An increase in loneliness

A decline in life satisfaction

A decline in social capital

What is the main idea of the text?

Americans have become increasingly isolated and less politically active due to a decline in marriages and small group membership.

Putnam proves that social capital was higher before the invention of the internet because people spent more time together.

Putnam argues that being active in politics is a result of whether someone is socially active and has social capital.

Putnam contends that civic engagement is declining because of a decrease in small group membership and social capital.

https://openstax.org/books/introduction-anthropology/pages/2-2-conservation-and-naturalism

The conservation movement began in the 19th century as people in Europe and America. It was a result of people realizing that human settlement and the exploitation of the world’s natural resources had led to the destruction or endangerment of numerous animals, plants, and ecosystems. Efforts began in the 1860s to understand and protect the remaining natural landscapes and habitats. These efforts were partly motivated by concern for wildlife and natural areas. However, concerns of organizations and recreationists were significant as well. The primary aim of early conservation efforts was to preserve significant natural ecosystems. Focus was on parks or wilderness areas so that outdoor enthusiasts would have places to hunt, fish, and explore. Many areas preserved by these early efforts are still protected today, such as Yellowstone and Yosemite National Parks in the USA. An element of this early period of conservation was the effort to collect specimens for display in natural history museums. This collection effort was part of a movement known as naturalism. The late 19th and early 20th centuries saw a marked growth in naturalist collections worldwide as many cities and nations sought to establish and fill their own natural history museums. These collections have been particularly useful to zooarchaeologists and archaeobotanists. Both use specimen collections of mammals, birds, fish, and plants to identify natural objects and animal remains found at human burial sites. Many archaeology labs have collections of animal skeletons for comparative anatomy, analysis, and identification. In addition to animal specimens, Native American baskets and other art objects were collected and placed in natural history museums. When visiting the Auckland Museum in New Zealand, visitors encounter two large totem poles in the foyer. Northwest Coast totem poles are common in most older museums throughout the world. These artifacts were gathered in the late 19th and early 20th centuries as part of the conservation movement.

The conservation movement began in the 19th century in Europe and America. It was a result of people realizing that human settlement and the exploitation of the world’s natural resources had led to the destruction or endangerment of numerous animals, plants, and ecosystems. Efforts began in the 1860s to understand and protect the remaining natural landscapes and habitats. These efforts were partly motivated by concern for wildlife and natural areas. However, concerns of organizations and recreationists were significant as well.

The primary aim of early conservation efforts was to preserve significant natural ecosystems. Focus was on parks or wilderness areas so that outdoor enthusiasts would have places to hunt, fish, and explore. Many areas preserved by these early efforts are still protected today, such as Yellowstone and Yosemite National Parks in the USA. An element of this early period of conservation was the effort to collect specimens for display in natural history museums.

This collection effort was part of a movement known as naturalism. The late 19th and early 20th centuries saw a marked growth in naturalist collections worldwide as many cities and nations sought to establish and fill their own natural history museums. These collections have been particularly useful to zooarchaeologists and archaeobotanists. Both use specimen collections of mammals, birds, fish, and plants to identify natural objects and animal remains found at human burial sites.

Many archaeology labs have collections of animal skeletons for comparative anatomy, analysis, and identification. In addition to animal specimens, Native American baskets and other art objects were collected and placed in natural history museums. When visiting the Auckland Museum in New Zealand, visitors encounter two large totem poles in the foyer. Northwest Coast totem poles are common in most older museums throughout the world. These artifacts were gathered in the late 19th and early 20th centuries as part of the conservation movement.

What caused the 19th century conservation movement?

Conservation efforts, or naturalism, were first focused on wildlife and natural areas.

Population growth and urbanization put natural resources, which people wanted to preserve, at risk.

A market driven economy encouraged overuse of resources, and people fought to preserve significant ecosystems.

People realized that exploitation of natural resources had led to the destruction or endangerment of species and ecosystems.

What was the primary aim of early conservation efforts?

To collect and display animal specimens for natural history museums

To collect and display Native American cultural and artistic artifacts for display in natural history museums

To preserve specimen collections of mammals, birds, fish, and plants to identify natural objects and animal remains found at human burial sites

To preserve important ecosystems by developing National Parks

Which centuries saw a marked growth in naturalist collections worldwide?

The late 18th century

The late 19th century

The early 20th century

The late 19th and early 20th centuries

Where can visitors find two large totem poles when entering the museum mentioned?

The Te Papa Tongarewa Museum

The Wellington Museum

The New Zealand National Museum

The Auckland Museum

What is the main idea of the text?

The primary reason for the conservation movement was to allow outdoor enthusiasts to have areas to hunt, fish, and partake in outdoor activities.

The conservation movement started in the 19th century and has taken many forms since then.

The conservation movement's primary objective was to protect Native Americans and Indigenous Peoples.

The conservation movement preserved natural ecosystems for parks, wilderness areas, and recreationists and it promoted naturalism.

https://en.wikipedia.org/wiki/Smithsonian_Institution

The Smithsonian Institution, or simply the Smithsonian, is the largest group of museums, education, and research centers in the world, created by the U.S. government "for the increase and diffusion of knowledge." Founded on August 10, 1846, it operates as a trust instrumentality and is not formally a part of the federal government. The institution is named after its founding donor, British scientist James Smithson; originally organized as the US National Museum, that name ceased to exist in 1967.

Called "the nation's attic" for its eclectic holdings of 154 million items, the institution's 19 museums, 21 libraries, nine research centers, and zoo include historical and architectural landmarks, mostly located in the District of Columbia. Additional facilities are located in Maryland, New York, and Virginia. More than 200 institutions and museums in 45 states, Puerto Rico, and Panama are Smithsonian Affiliates. Institution publications include “Smithsonian” and “Air & Space” magazines.

The institution's 30 million annual visitors are admitted without charge. Its annual budget is around $1.25 billion, with two-thirds coming from annual federal appropriations; other funding comes from the institution's endowment, private and corporate contributions, membership dues, and earned retail, concession, and licensing revenue. In 2011, the Smithsonian undertook its first-ever capital fundraising campaign; the $1.5 billion effort raised $1 billion at the three-year mark. As of 2021, the institution's endowment had a total value of about $5.4 billion.

In 2004, the Smithsonian opened the National Museum of the American Indian in a new building near the United States Capitol. Twelve years later almost to the day, in 2016, the latest museum opened: the National Museum of African American History and Culture, in a new building near the Washington Monument. Two more museums have been established and are being planned for eventual construction on the mall: the National Museum of the American Latino and the Smithsonian American Women's History Museum.

The Smithsonian Institution, or simply the Smithsonian, is the largest group of museums, education, and research centers in the world, created by the U.S. government "for the increase and diffusion of knowledge." Founded on August 10, 1846, it operates as a trust instrumentality and is not formally a part of the federal government. The institution is named after its founding donor, British scientist James Smithson; originally organized as the US National Museum, that name ceased to exist in 1967.

Called "the nation's attic" for its eclectic holdings of 154 million items, the institution's 19 museums, 21 libraries, nine research centers, and zoo include historical and architectural landmarks, mostly located in the District of Columbia. Additional facilities are located in Maryland, New York, and Virginia. More than 200 institutions and museums in 45 states, Puerto Rico, and Panama are Smithsonian Affiliates. Institution publications include “Smithsonian” and “Air & Space” magazines.

The institution's 30 million annual visitors are admitted without charge. Its annual budget is around $1.25 billion, with two-thirds coming from annual federal appropriations; other funding comes from the institution's endowment, private and corporate contributions, membership dues, and earned retail, concession, and licensing revenue. In 2011, the Smithsonian undertook its first-ever capital fundraising campaign; the $1.5 billion effort raised $1 billion at the three-year mark. As of 2021, the institution's endowment had a total value of about $5.4 billion.

In 2004, the Smithsonian opened the National Museum of the American Indian in a new building near the United States Capitol. Twelve years later almost to the day, in 2016, the latest museum opened: the National Museum of African American History and Culture, in a new building near the Washington Monument. Two more museums have been established and are being planned for eventual construction on the mall: the National Museum of the American Latino and the Smithsonian American Women's History Museum.

What was the Smithsonian originally called and who was it named after?

It was originally called the United States National Museum, but then it was named after its first donor, an American scientist.

It was always called the Smithsonian Institution, which is shortened to the Smithsonian.

It was called the "nation's attic" because the museum housed so many millions of items.

It was originally called the US National Museum, but then it was named after its first donor, a British scientist.

Which magazine(s) does the museum publish?

“Smithsonian” and “National Geographic” magazines

“Smithsonian” magazine only

“Smithsonian” and “American History and Culture” magazines

“Smithsonian” and “Air & Space” magazines

As of 2021, what was the institution's endowment?

Which additional museum(s) is/are being planned for construction on the mall?

The National Museum of the American Indian and Pacific Islanders

The National Museum of Asian Americans and the Pacific Islanders History Museum

The Smithsonian American Women's History Museum

The National Museum of the American Latino and the Smithsonian American Women's History Museum

What is the main idea of the text?

The Smithsonian Institution is the largest group of museums and research centers in the world, created by philanthropists "for the increase and diffusion of knowledge."

At the time of its creation, the Smithsonian Institution had other entities dedicated to minority groups: American Indians, Asian, and African-American heritage and culture.

The Smithsonian Institution was established as a trust instrumentality by act of Congress, but it is not part of the federal government.

Founded in 1846, the Smithsonian currently has 19 museums (with more planned), 21 libraries, 9 research centers, and a zoo with affiliations with more than 200 institutions worldwide.

https://en.wikipedia.org/wiki/Ludwig_van_Beethoven

Ludwig van Beethoven was a German composer and pianist. Beethoven remains one of the most admired composers in the history of Western music; his works rank amongst the most performed of the classical music repertoire. His musical talent was obvious at an early age, and he published his first work in 1783 at age 13. From 1802 to 1812, he began to grow increasingly deaf; in his late period, from 1812 to 1827, he extended his innovations in musical form and expression.

While he was at Teplitz in 1812 he wrote a ten-page love letter to his "Immortal Beloved," which he never sent to its addressee. The identity of the intended recipient was long a subject of debate, although the musicologist Maynard Solomon has convincingly demonstrated that the intended recipient must have been Antonie Brentano; other candidates have included Julie Guicciardi, Therese Malfatti and Josephine Brunsvik. All of these had been regarded by Beethoven as possible soulmates during his first decade in Vienna.

Guicciardi, although she flirted with Beethoven, never had any serious interest in him and married von Gallenberg in November 1803. Josephine had, since Beethoven's initial infatuation with her, married the elderly Count Joseph Deym, who died in 1804—after which Beethoven began to visit her and commenced a passionate correspondence. Initially, he accepted that Josephine could not love him, but he continued to address himself to her even after she had moved to Budapest.

Malfatti was the niece of Beethoven's doctor, and he proposed to her in 1810; he was 40, she was 19—the proposal was rejected. She is now remembered as the recipient of the piano piece “Für Elise.” Antonie Brentano, ten years younger than Beethoven, was the wife of Franz Brentano, whose introduced Beethoven to the family. It would seem that Antonie and Beethoven had an affair during 1811–1812, but Antonie left Vienna with her husband in late 1812 and never saw Beethoven again.

Ludwig van Beethoven was a German composer and pianist. Beethoven remains one of the most admired composers in the history of Western music; his works rank amongst the most performed of the classical music repertoire. His musical talent was obvious at an early age, and he published his first work in 1783 at age 13. From 1802 to 1812, he began to grow increasingly deaf; in his late period, from 1812 to 1827, he extended his innovations in musical form and expression.

While he was at Teplitz in 1812 he wrote a ten-page love letter to his "Immortal Beloved," which he never sent to its addressee. The identity of the intended recipient was long a subject of debate, although the musicologist Maynard Solomon has convincingly demonstrated that the intended recipient must have been Antonie Brentano; other candidates have included Julie Guicciardi, Therese Malfatti and Josephine Brunsvik. All of these had been regarded by Beethoven as possible soulmates during his first decade in Vienna.

Guicciardi, although she flirted with Beethoven, never had any serious interest in him and married von Gallenberg in November 1803. Josephine had, since Beethoven's initial infatuation with her, married the elderly Count Joseph Deym, who died in 1804—after which Beethoven began to visit her and commenced a passionate correspondence. Initially, he accepted that Josephine could not love him, but he continued to address himself to her even after she had moved to Budapest.

Malfatti was the niece of Beethoven's doctor, and he proposed to her in 1810; he was 40, she was 19—the proposal was rejected. She is now remembered as the recipient of the piano piece “Für Elise.” Antonie Brentano, ten years younger than Beethoven, was the wife of Franz Brentano, whose brother introduced Beethoven to the family. It would seem that Antonie and Beethoven had an affair during 1811–1812, but Antonie left Vienna with her husband in late 1812 and never saw Beethoven again.

When did Beethoven grow increasingly deaf?

Immediately after he published his first work in 1783

From 1812 until his death in 1827

From 1810 until his death in 1827

Who was convincingly demonstrated to be the intended recipient of Beethoven's ten-page love letter?

Josephine Brunsvik

Antonie Brentano

For whom did Beethoven write Für Elise?

Antonie Brentano

How did Beethoven meet Antonie Brentano?

He met her through her husband.

He met her after her husband died but before she moved to Paris.

He met her through his dentist because she was the dentist's niece.

He met her through her brother in law.

What is the main idea of the text?

Beethoven is one of the world's most renowned composers, but his love life was difficult untill he sent a letter.

Due to his deafness, Beethoven had a difficult time finding a partner to marry and had to rely on writing letters.

Beethoven had hundreds of female admirers in his lifetime, and a historian tried to figure out which of them a letter was for.

Beethoven wrote but never sent a love letter, so a historian tried to determine who it might have been meant for.

https://en.wikipedia.org/wiki/Late_December_2022_North_American_winter_storm

From December 21 to December 26, 2022, a historic extratropical cyclone brought blizzard conditions and winter storms to much of the United States and Canada, killing at least 91 people, causing vehicle pileups and road closures as well as canceling or delaying more than 10,000 flights during the busy Christmas travel period. The snowstorm was unofficially named Winter Storm Elliott by The Weather Channel, and it was a tempest to remember.

The National Weather Service described it as a "once-in-a-generation storm" in forecasts, and NOAA's Weather Prediction Center later remarked that it was a "historic arctic outbreak." The storm began to form on December 21, strengthening over the plains; it began to intensify the next day, with meteorologists predicting that it would develop into a bomb cyclone. Blizzard conditions (visibility less than 0.25 miles and wind greater than 40 mph) were measured in back-country areas of Minnesota, Iowa, and Wisconsin.

The blizzard's intense wind currents blowing over the temperate waters of Lake Erie triggered record lake effect snow in Buffalo, New York, which had snow accumulate to 49.2” over five days. Buffalo experienced zero visibility/complete whiteout conditions from 9 a.m. on December 23 until 7:30 a.m. on December 26. Buffalo's blizzard was the longest in the city's history, and the hazardous winter squall forced snow into enormous drifts, shuttering the city and leaving hundreds of citizens stranded.

Storm-related deaths occurred from disparate causes, including cold exposure, car accidents, falling branches, electrocutions, and carbon monoxide. The Buffalo blizzard caused 39 deaths, many of them pedestrians who had become disoriented and were discovered in snowbanks, as well as drivers stranded in their cars for over two days, residents who died in their residences without heat, those who died from cardiac arrest while shoveling snow, and residents who died when emergency crews could not respond in time to medical crises.

From December 21 to December 26, 2022, a historic extratropical cyclone brought blizzard conditions and winter storms to much of the United States and Canada, killing at least 91 people, causing vehicle pileups and road closures as well as canceling or delaying more than 10,000 flights during the busy Christmas travel period. The snowstorm was unofficially named Winter Storm Elliott by The Weather Channel, and it was a tempest to remember.

The National Weather Service described it as a "once-in-a-generation storm" in forecasts, and NOAA's Weather Prediction Center later remarked that it was a "historic arctic outbreak." The storm began to form on December 21, strengthening over the plains; it began to intensify the next day, with meteorologists predicting that it would develop into a bomb cyclone. Blizzard conditions (visibility less than 0.25 miles and wind greater than 40 mph) were measured in back-country areas of Minnesota, Iowa, and Wisconsin.

The blizzard's intense wind currents blowing over the temperate waters of Lake Erie triggered record lake effect snow in Buffalo, New York, which had snow accumulate to 49.2” over five days. Buffalo experienced zero visibility/complete whiteout conditions from 9 a.m. on December 23 until 7:30 a.m. on December 26. Buffalo's blizzard was the longest in the city's history, and the hazardous winter squall forced snow into enormous drifts, shuttering the city and leaving hundreds of citizens stranded.

Storm-related deaths occurred from disparate causes, including cold exposure, car accidents, falling branches, electrocutions, and carbon monoxide. The Buffalo blizzard caused 39 deaths, many of them pedestrians who had become disoriented and were discovered in snowbanks, as well as drivers stranded in their cars for over two days, residents who died in their residences without heat, those who died from cardiac arrest while shoveling snow, and residents who died when emergency crews could not respond in time to medical crises.

What was the unofficial Weather Channel name for the storm?

The Buffalo Blizzard

The 2021 Winter Whiteout

Historic Arctic Outbreak

Winter Storm Elliott

What defines blizzard conditions?

Zero visibility and wind greater than 70 mph

35 mph winds and considerable snowfall and reduced visibility

Strong sustained winds and low visibility, lasting for a prolonged period of time—typically at least three or four hours

Visibility less than 0.25 miles and wind greater than 40 mph

How deep were the enormous snow drifts in Buffalo?

Which was NOT mentioned as an effect on people due to the blizzard?

Carbon monoxide poisoning and heart attacks

Cancelling or delaying more than 15,000 flights

What is the main idea of the text?

From December 21 to December 26, 2021, a historic extratropical winter hurricane was a tempest to be remembered.

The blizzard's intense wind currents blowing over the temperate waters of Lake Michigan triggered record lake effect snow in New York, which left hundreds stranded.

Buffalo's blizzard was the second longest in the city's history, and the hazardous winter squall forced snow into enormous drifts.

Winter Storm Elliot was a once-in-a-generation blizzard that affected most of the US and Canada, and, unfortunately, took the lives of nearly 100 people.

https://en.wikipedia.org/wiki/Artificial_intelligence

Artificial intelligence (AI) is intelligence demonstrated by machines, unlike the natural intelligence displayed by animals and humans. AI research has been defined as the field of study of intelligent agents. That is any system that perceives its environment and takes actions that maximize its chance of achieving its goals. The term "artificial intelligence" had previously been used to describe machines that mimic and display "human" cognitive skills that are associated with the human mind, such as "learning" and "problem-solving."
This definition has since been rejected by prominent AI researchers who now describe AI in terms of rationality and acting rationally, which does not limit how intelligence can be articulated. AI applications include advanced web search engines (e.g., Google), recommendation systems (used by YouTube, Amazon, and Netflix), understanding human speech (such as Siri and Alexa), self-driving cars (e.g., Tesla), automated decision-making and competing at the highest level in strategic game systems (such as chess and Go).
As machines become increasingly capable, tasks that require "intelligence" are often removed from the definition of AI. This phenomenon is known as the AI effect. For instance, optical character recognition is frequently excluded from things considered AI. Artificial intelligence was founded as a discipline in 1956. In the years since AI has experienced several waves of optimism followed by disappointment. Research experienced a loss of funding (the "AI winter"), followed by new approaches, success, and renewed funding.
AI research has tried and discarded many approaches since its founding, including simulating the brain, modeling human problem-solving, formal logic, large databases of knowledge, and imitating animal behavior. In the first decades of the 21st century, highly mathematical-statistical machine learning has dominated the field. This technique has proven highly successful, helping solve challenging problems in both industry and academia. General intelligence (the ability to solve an arbitrary problem) is among the field's long-term goals.

Artificial intelligence (AI) is intelligence demonstrated by machines, unlike the natural intelligence displayed by animals and humans. AI research has been defined as the field of the study of intelligent agents. That is, any system that perceives its environment and takes actions that maximize its likelihood of achieving its goals. The term "artificial intelligence" had previously been used to describe machines that mimic and display "human" cognitive skills that are associated with the human mind, such as "learning" and "problem-solving."

This definition has since been rejected by prominent AI researchers who currently describe AI in terms of rationality and acting rationally, which does not limit how intelligence can be articulated. AI applications include advanced web search engines (e.g., Google), recommendation systems (used by YouTube, Amazon, and Netflix), understanding human speech (e.g., Siri and Alexa), self-operating cars (e.g., Tesla), automated decision-making, and competing at the highest level in strategic game systems (e.g., chess and Go).

As machines become increasingly capable, tasks that require "intelligence" are typically removed from the definition of AI; a phenomenon known as the AI effect. For instance, optical character recognition is frequently excluded from things considered AI. Artificial intelligence was established as a discipline in 1956. In the years since, AI has experienced several waves of optimism followed by disappointment. An "AI winter" is a period during which research experiences a loss of funding, followed by novel approaches, success, and renewed funding.

AI research has tried and discarded many approaches since its founding, including simulating the brain, modeling human problem-solving, formal logic, large databases of knowledge, and imitating animal behavior. In the first decades of the 21st century, highly mathematical-statistical machine learning has dominated the field. This technique has proven highly successful, helping to solve challenging problems in both industry and academia. General intelligence (the ability to solve arbitrary problems) is among the field's long-term goals.

According to the text, what is artificial intelligence?

Machines that mimic and display problem solving cognitive skills that are just like the human mind.

A field of studying intelligent machines.

A computer simulating the human brain to solve arbitrary problems.

A system that perceives its environment and takes actions that maximize its chance of achieving its goals.

Which example of artificial intelligence was NOT mentioned in the text?

Advanced web search engines

Understanding human speech

Automated inspections

What is an "AI winter?"

They occur when the hype behind AI research and development starts to stagnate.

They happen when the functions of AI stop being commercially viable.

The limits of AI, which are constantly in flux as technology develops.

The loss of funding that follows disappointment in technological developments.

What is a long term goal of AI?

Simulating the brain and modeling human problem-solving

Imitating animal behavior

Automated decision-making and competing at the highest level in strategic game systems

General intelligence (the ability to solve arbitrary problems)

What is the main idea of the text?

AI is rapidly evolving as a system that perceives its environment and takes actions that maximize its liklihood of achieving its goals.

Modern researchers differ in their description of AI, which involves rationality, so AI is applicable to technology from cars to video games.

In the first decades of the 21st century, highly mathematical-statistical machine learning continues to dominate AI's novel approaches and success.

Founded in 1956, the field of artificial intelligence has evolved, expanded, and experienced fluctuations in its approach and funding.

https://en.wikipedia.org/wiki/Alejandro_Armend%C3%A1riz

Armendáriz was born in Saladillo, a pampas town in the Province of Buenos Aires, in 1923. His family relocated to the city of Buenos Aires in 1940. Then he graduated from the Marist College of San José the following year. Enrolling at the prestigious University of Buenos Aires, he received a medical degree in 1949 and returned to Saladillo. He married Olga Guillermina Gaddi, with whom he had two children. Practicing medicine, he became affiliated with the centrist Radical Civic Union (UCR).
He was elected Vice-President of their local chapter in 1951 and city councilman in 1954. However, the increasingly autocratic President Juan Perón, the UCR's chief rival, had Peronist Governor Carlos Aloe annul the Saladillo elections within days. Armendáriz returned to the City Council in 1963 and was elected in 1965 to the Argentine Chamber of Deputies. Known for his quiet, tenacious nature and stoic approach to adversity, Armendáriz became affectionately known as "the titan" to those around him.
The 1966 deposal of President Arturo Illia (of the UCR) by General Juan Carlos Onganía dissolved the Argentine Congress and forced Armendáriz to return to his medical practice. The imminence of new elections in 1972 led him to join fellow former UCR Congressman Raúl Alfonsín in founding the "Movement for Renewal and Change." This was a center-left faction opposed to the party's longtime leader, Ricardo Balbín, who defeated Alfonsín in their party's primary ahead of the March 1973 elections.
Armendáriz's friendship with Alfonsín continued during the turbulent 1970s. During this time, the latter practiced law, defending victims of human rights abuses in Argentina. Following Alfonsín's daring and timely opposition to the ill-considered Falklands War in 1982, he became the frontrunner within the UCR on the eve of elections agreed to by the discredited dictatorship in 1983. Securing the nomination in July, Alfonsín advanced Armendáriz as the UCR candidate for Governor of Buenos Aires, home to 38% of Argentines.

Armendáriz was born in Saladillo, a pampas town in the Province of Buenos Aires, in 1923. His family relocated to the city of Buenos Aires in 1940. Then he graduated from the Marist College of San José the following year. Enrolling at the prestigious University of Buenos Aires, he received a medical degree in 1949 and returned to Saladillo. He married Olga Guillermina Gaddi, with whom he had two children. Practicing medicine, he became affiliated with the centrist Radical Civic Union (UCR).

He was elected Vice-President of their local chapter in 1951 and city councilman in 1954. However, the increasingly autocratic President Juan Perón, the UCR's chief rival, had Peronist Governor Carlos Aloe annul the Saladillo elections within days. Armendáriz returned to the City Council in 1963 and was elected in 1965 to the Argentine Chamber of Deputies. Known for his quiet, tenacious nature and stoic approach to adversity, Armendáriz became affectionately known as "the titan" to those around him.

The 1966 deposal of President Arturo Illia (of the UCR) by General Juan Carlos Onganía dissolved the Argentine Congress and forced Armendáriz to return to his medical practice. The imminence of new elections in 1972 led him to join fellow former UCR Congressman Raúl Alfonsín in founding the "Movement for Renewal and Change." This was a center-left faction opposed to the party's longtime leader, Ricardo Balbín, who defeated Alfonsín in their party's primary ahead of the March 1973 elections.

Armendáriz's friendship with Alfonsín continued during the turbulent 1970s. During this time, the latter practiced law, defending victims of human rights abuses in Argentina. Following Alfonsín's daring and timely opposition to the ill-considered Falklands War in 1982, he became the frontrunner within the UCR on the eve of elections agreed to by the discredited dictatorship in 1983. Securing the nomination in July, Alfonsín advanced Armendáriz as the UCR candidate for Governor of Buenos Aires, home to 38% of Argentines.

Where did Armendáriz receive his medical degree?

Marist College of San José

National University of Cordoba

University de la Plata

University of Buenos Aires

What did Armendáriz become "affectionately known" as to those around him?

How does the passage describe Armendáriz's nature?

Intelligent and persistent

Resilient and charasmatic

Quiet and tenacious

What movement did Armendáriz help found?

Movement for Medical Reformation

Movement for Democratic Socialism

Anti-Austerity Movement

Movement for Renewal and Change

What is the main idea of the text?

Armendáriz was very opposed to the Radical Civic Union and the "Movement for Democratic Socialism," and that's why he supported the dictatorship in Argentina.

Armendáriz was a practitioner of medicine and was known for his involvement as a union organizer until he became involved in politics.

After running a successful dental practice, Armendáriz was elected Vice-President of the Radical Civic Union and as governor.

Armendáriz began his career as a doctor, but he delved deeper into politics and ran his own campaign against the human rights abuses in Argentina.

https://en.wikipedia.org/wiki/Marco_Polo

Marco Emilio Polo was a Venetian merchant, explorer, and writer who traveled through Asia along the Silk Road between 1271 and 1295. His travels are recorded in The Travels of Marco Polo, a book that described to Europeans the then-mysterious culture and inner workings of the Eastern world, including the wealth and great size of the Mongol Empire and China in the Yuan Dynasty. Born in Venice, Marco learned the mercantile trade from his
father and his uncle, Niccolò and Maffeo, who traveled through Asia and met Kublai Khan. In 1269, they returned to Venice to meet Marco for the first time. The three of them embarked on an epic journey to Asia, exploring many places along the Silk Road until they reached Cathay (China). They were received by the royal court of Kublai Khan, who was impressed by Marco's intelligence and humility. Marco was appointed to serve as
Khan's foreign emissary, and he was sent on many diplomatic missions throughout the empire and Southeast Asia, such as in present-day Burma, India, Indonesia, Sri Lanka, and Vietnam. As part of this appointment, Marco also traveled extensively inside China, living in the emperor's lands for 17 years and seeing many things that had previously been unknown to Europeans. Around 1291, the Polos also offered to accompany the Mongol princess Kököchin to Persia; they arrived around
1293. After leaving the princess, they traveled overland to Constantinople and then to Venice, returning home after 24 years. At this time, Venice was at war with Genoa; Marco was captured and imprisoned by the Genoans after joining the war effort and dictated his stories to Rustichello da Pisa, a cellmate. He was released in 1299, became a wealthy merchant, married, had three children, died in 1324, and was buried in the church of San Lorenzo in Venice.

Marco Emilio Polo was a Venetian merchant, explorer, and writer who traveled through Asia along the Silk Road between 1271 and 1295. His travels are recorded in The Travels of Marco Polo, a book that described to Europeans the then-mysterious culture and inner workings of the Eastern world, including the wealth and great size of the Mongol Empire and China in the Yuan Dynasty. Born in Venice, Marco learned the mercantile trade from his

father and his uncle, Niccolò and Maffeo, who traveled through Asia and met Kublai Khan. In 1269, they returned to Venice to meet Marco for the first time. The three of them embarked on an epic journey to Asia, exploring many places along the Silk Road until they reached Cathay (China). They were received by the royal court of the Khan, who was impressed by Marco's intelligence and humility. Marco was appointed to serve as

Khan's foreign emissary, and he was sent on many diplomatic missions throughout the empire and Southeast Asia, such as in present-day Burma, India, Indonesia, Sri Lanka, and Vietnam. As part of this appointment, Marco also traveled extensively inside China, living in the emperor's lands for 17 years and seeing many things that had previously been unknown to Europeans. Around 1291, the Polos also offered to accompany the Mongol princess Kököchin to Persia; they arrived around

1293. After leaving the princess, they traveled overland to Constantinople and then to Venice, returning home after 24 years. At this time, Venice was at war with Genoa; Marco was captured and imprisoned by the Genoans after joining the war effort and dictated his stories to Rustichello da Pisa, a cellmate. He was released in 1299, became a wealthy merchant, married, had three children, died in 1324, and was buried in the church of San Lorenzo in Venice.

What was the name of Marco Polo's book?

The Adventures of Marco Polo

Voyages and Travels of Marco Polo

Marco Polo's Travels in the Land of Mongol Khan

The Travels of Marco Polo

Who did Marco Polo, his uncle, and father meet in their travels?

Mongol princess Kököchin

How long did Marco Polo explore?

What happened in Marco Polo's life after his release?

He reunited with his wife and children, started his own trading company, and wrote a book.

He wrote a book, became an ambassador, and had two more children.

He went to Constantinople, became a wealthy merchant, and shared his story.

He became wealthy, got married, and had three children.

What is the main idea of the text?

Marco Polo was an explorer and merchant who married and had three children before writing a book and passing away in China.

Marco Polo served as the Venetian foreign emissary to Asia and the Middle East and wrote about his travels.

Marco Polo embarked on an impactful journey and was the first European trek to the Americas.

Marco Polo recorded his adventures as an explorer and merchant who traveled to China and back to Venice.

https://simple.wikipedia.org/wiki/Blue_space

In urban planning and design, blue space or blue infrastructure refers to all the areas which have bodies of water like lakes, rivers, and bays; together with greenspaces like parks and gardens, blue space helps lower the temperature in the city, which are urban heat islands. Many cities have water bodies. Very often, these water bodies have been important in the history of the city. One such example is the River Thames in London.
Accessible blue spaces can help revitalize neighborhoods, and they can also promote the feeling that people belong together. Examples of such projects are the Chattanooga Waterfront in Tennessee, the City Deck in Green Bay, Wisconsin, and Brooklyn Bridge Park in New York City. Festivals at the waterfront also help promote this feeling. Neighborhoods with access to attractive natural features often have the problem of gentrification, where wealthier people raise the prices in a neighborhood.
When gentrification happens, more green and blue spaces are usually installed; however, for this reason, the social benefits associated with waterbodies are often not distributed equally. Middle and lower income neighborhoods often do not have access to good quality blue spaces. Living close to unmanaged water bodies can carry some risks, such as water-borne diseases in drinking water, flooding risks, or drowning, but scientific evidence shows that exposure to planned blue spaces is also associated with different health
Benefits for people nearo those near water bodies. One of the mechanisms by which this phenomenon can be explained is the “biophilia” hypothesis developed by Edward O. Wilson. This theory states that humans have developed a strong connection with nature throughout their evolution. This leads has led us to seek natural environments, including green and blue spaces, subconsciously, and recent research has identified three main ways that can help explain why living close to green and blue spaces can be beneficial to health.

In urban planning and design, blue space or blue infrastructure refers to all the areas which have bodies of water like lakes, rivers, and bays; together with green spaces like parks and gardens, blue space helps lower the temperature in the city, which are urban heat islands. Many cities have water bodies. Very often, these water bodies have been important in the history of the city. One such example is the River Thames in London.

Accessible blue spaces can help revitalize neighborhoods, and they can also promote the feeling that people belong together. Examples of such projects are the Chattanooga Waterfront in Tennessee, the City Deck in Green Bay, Wisconsin, and Longfellow Bridge in Boston. Festivals at the waterfront also help promote this feeling. Neighborhoods with access to attractive natural features often have the problem of gentrification, where wealthier people raise the prices in a neighborhood.

When gentrification happens, more green and blue spaces are usually installed; however, for this reason, the social benefits associated with waterbodies are often not distributed equally. Middle and lower income neighborhoods often do not have access to good quality blue spaces. Living close to unmanaged water bodies can carry some risks, such as water-borne diseases in drinking water, flooding risks, or drowning, but scientific evidence shows that exposure to planned blue spaces is also associated with different health

benefits for people near these water bodies. One of the mechanisms by which this phenomenon can be explained is the “biophilia” hypothesis developed by Edward O. Wilson. This theory states that humans have developed a strong connection with nature throughout their evolution. This leads has led us to seek natural environments, including green and blue spaces, subconsciously, and recent research can help explain why living close to green and blue spaces can be beneficial to health.

What do blue spaces do?

Boost mental health

Provide distractions and beauty

Increase creativity

Lower the temperature

Which of the following is NOT one of the specific blue spaces mentioned in the passage?

The Chattanooga Waterfront

The City Deck in Green Bay

Longfellow Bridge in Boston

The Manhattan Bridge Park in New York City

What is NOT a risk of living close to unmanaged bodies of water according to the passage?

Water-borne diseases in drinking water

What does the biophilia hypothesis state?

People have a love of life and living things, and we want to be near nature.

Because water is essential to life, humans tend to congregate near blue spaces.

Gentrification causes more green and blue spaces to be developed because people love nature.

Because of evolution, humans are strongly connected to nature.

What is the main idea of the text?

Blue spaces, such as lakes, rivers, and bays, can help lower the temperature in cities and provide social and health benefits.

Blue and green spaces provide a place for recreation, relaxation, and social interaction; however, access to these spaces is often not equal

To improve access to blue spaces, we need to create more parks in low-income areas, invest in public transport, and address environmental racism.

Blue spaces are important for an area's history, economy, and health, but there are some risks and inequalities.

https://en.wikipedia.org/wiki/Ojibwe

The Ojibwe, Ojibwa, Chippewa, or Saulteaux are an Anishinaabe people in what is currently southern Canada, the American Midwest and Northern Plains. According to the U.S. census, Ojibwe people are one of the largest tribal populations among Native American peoples. In Canada, they are the second-largest First Nations population, surpassed only by the Cree. They are one of the most numerous Indigenous Peoples north of the Rio Grande. The Ojibwe language is Anishinaabemowin, a branch of the Algonquian language.

The Ojibwe are known for their birchbark canoes, birchbark scrolls, mining and trade in copper, as well as their cultivation of wild rice and maple syrup. Their Midewiwin Society is well respected as the keeper of detailed and complex scrolls of events, oral history, songs, maps, memories, stories, geometry, and mathematics. Historically their typical dwelling has been the wiigiwaam (wigwam), built either as a waginogaan (domed-lodge) or as a nasawa'ogaan (pointed-lodge), made of birch bark, juniper bark and willow saplings.

The Ojibwe have traditionally organized themselves into groups known as bands. Most Ojibwe, except for the Great Plains bands, have historically lived a settled (as opposed to nomadic) lifestyle, relying on fishing and hunting to supplement the cultivation of numerous varieties of maize and squash, and the harvesting of manoomin (wild rice) for food, and many people still follow the traditional ways of harvesting wild rice, picking berries, hunting, making medicines, and making maple sugar.

Some ceremonies use the miigis shell (cowry shell), which is found naturally in distant coastal areas. Their use of such shells demonstrates there is a vast, longstanding trade network across the continent. The use and trade of copper across the continent has also been proof of a large trading network that took place for thousands of years, as far back as the Hopewell tradition. Certain types of rock used for spear and arrow heads have also been traded over large distances precontact.

The Ojibwe, Ojibwa, Chippewa, or Saulteaux are an Anishinaabe people in what is currently southern Canada, the American Midwest and Northern Plains. According to the U.S. census, Ojibwe people are one of the largest tribal populations among Native American peoples. In Canada, they are the second-largest First Nations population, surpassed only by the Cree. They are one of the most numerous Indigenous Peoples north of the Rio Grande. The Ojibwe language is Anishinaabemowin, a branch of the Algonquian language.

The Ojibwe are known for their birchbark canoes, birchbark scrolls, mining and trade in copper, as well as their cultivation of wild rice and maple syrup. Their Midewiwin Society is well respected as the keeper of detailed and complex scrolls of events, oral history, songs, maps, memories, stories, geometry, and mathematics. Historically their typical dwelling has been the wiigiwaam (wigwam), built either as a waginogaan (domed-lodge) or as a nasawa'ogaan (pointed-lodge), made of birch bark, juniper bark and willow saplings.

The Ojibwe have traditionally organized themselves into groups known as bands. Most Ojibwe, except for the Great Plains bands, have historically lived a settled (as opposed to nomadic) lifestyle, relying on fishing and hunting to supplement the cultivation of numerous varieties of maize and squash, and the harvesting of manoomin (wild rice) for food, and many people still follow the traditional ways of harvesting wild rice, picking berries, hunting, making medicines, and making maple sugar.

Some ceremonies use the miigis shell (cowry shell), which is found naturally in distant coastal areas. Their use of such shells demonstrates there is a vast, longstanding trade network across the continent. The use and trade of copper across the continent has also been proof of a large trading network that took place for thousands of years, as far back as the Hopewell tradition. Certain types of rock used for spear and arrow heads have also been traded over large distances precontact.

Which is NOT an Anishinaabe people?

What tree did the Ojibwe utilize for many of their crafted tools like canoes, scrolls, and homes?

According to the passage, what was mentioned as crops that were harvested or cultivated by the Ojibwe?

Berries and beans

Leeks and maple sugar

What is NOT mentioned as evidence that the Ojibwe had long distance trade networks?

Certain types of rock arrowheads

Obsidian tools from volcanic areas

What is the main idea of the text?

The Ojibwe are one of the most numerous Indigenous Peoples north of the Rio Grande, and they had vast trade networks as a result.

The Ojibwe Midewiwin Society is respected as the keeper of detailed scrolls of events, oral history, songs, maps, stories, and mathematics, which helped develop vast trade networks.

The Ojibwe were likely part of the Hopewell tradition because they were an advanced cultural group spread over a large land area.

The Ojibwe people have a rich history of settled communities that had long distance trade networks, plentiful food sources, and developed culture, art, and even mathematics.

https://en.wikipedia.org/wiki/World%27s_Columbian_Exposition

The Chicago World's Fair was fair held in 1893 to celebrate the 400th anniversary of Christopher Columbus' arrival in the New World. The centerpiece of the Fair, held in Jackson Park, was a large water pool representing Columbus’ voyage. Chicago won the right to host the fair over several other cities, including New York City, Washington, D.C., and St. Louis. The exposition was an influential social and cultural event and had a profound effect on American architecture, arts, industrial optimism, and Chicago's image.

The layout of the Chicago Columbian Exposition was, in large part, designed by John Wellborn Root, Daniel Burnham, Frederick Law Olmsted and Charles B. Atwood. It was the prototype of what Burnham and his colleagues thought a city should be. It was designed in Beaux-Arts style, namely neoclassical architecture principles based on symmetry, balance, and splendor, and the color of the material generally used to cover the buildings' façades (white staff) gave the fairgrounds its nickname, the White City.

The exposition covered 690 acres, featuring nearly 200 new (but deliberately temporary) buildings of predominantly neoclassical architecture, canals and lagoons, and people and cultures from 46 countries. More than 27 million people attended the exposition during its six-month run. Its scale and grandeur far exceeded the other world's fairs, and it became a symbol of the emerging American Exceptionalism, much in the same way that the Great Exhibition became a symbol of the Victorian era United Kingdom.

Dedication ceremonies for the fair were celebrated on October 21, 1892, but the fairgrounds were not actually opened to the public until May 1, 1893 and continued until October 30, 1893. In addition to recognizing the 400th anniversary of the discovery of the New World by European colonizers, the fair also served to demonstrate to the world that Chicago had risen from the ashes of the Great Chicago Fire, which had destroyed much of the city in 1871.

The Chicago World's Fair was held in 1893 to celebrate the 400th anniversary of Christopher Columbus' arrival in the New World. The centerpiece of the Fair, held in Jackson Park, was a large water pool representing Columbus’ voyage. Chicago won the right to host the fair over several other cities, including New York City, Washington, D.C., and St. Louis. The exposition was an influential social and cultural event and had a profound effect on American architecture, arts, industrial optimism, and Chicago's image.

The layout of the Chicago Columbian Exposition was, in large part, designed by John Wellborn Root, Daniel Burnham, Frederick Law Olmsted and Charles B. Atwood. It was the prototype of what Burnham and his colleagues thought a city should be. It was designed in Beaux-Arts style, namely neoclassical architecture principles based on symmetry, balance, and splendor, and the color of the material generally used to cover the buildings' façades (white staff) gave the fairgrounds its nickname, the White City.

The exposition covered 690 acres, featuring nearly 200 new (but deliberately temporary) buildings of predominantly neoclassical architecture, canals and lagoons, and people and cultures from 46 countries. More than 27 million people attended the exposition during its six-month run. Its scale and grandeur far exceeded the other world's fairs, and it became a symbol of the emerging American Exceptionalism, much in the same way that the Great Exhibition became a symbol of the Victorian era United Kingdom.

Dedication ceremonies for the fair were celebrated on October 21, 1892, but the fairgrounds were not actually opened to the public until May 1, 1893 and continued until October 30, 1893. In addition to recognizing the 400th anniversary of the discovery of the New World by European colonizers, the fair also served to demonstrate to the world that Chicago had risen from the ashes of the Great Chicago Fire, which had destroyed much of the city in 1871.

Which city did NOT compete with Chicago to host the 1893 World's Fair?

What was the nickname of the fairgrounds?

The Great Exhibition

Electric Exposition Center

For how long did the Chicago World's Fair run?

How did Chicago view hosting the fair?

As a way to display the city's victory over larger and more well-known cities.

The ability to present that they had made a comeback after Jackson Park was damaged by a tornado.

An opportunity to exhibit the unique architecture around the city.

A chance to show that they had recovered from a disaster that destroyed parts of the city.

What is the main idea of the text?

The Chicago World's Fair was held in 1893 to celebrate the 400th anniversary of Christopher Columbus' arrival in the New World.

The Chicago World's Fair became a symbol of the emerging American Exceptionalism, much in the same way that the Great Exhibition became a symbol of the Victorian era United Kingdom.

The Chicago World's Fair represented the city's rise from the ashes of the 1851 pandemic, and an estimated 37 million people visited the exposition that featured cultures from 46 countries.

The Chicago World's Fair was an influential social and cultural event and had a profound effect on American architecture, arts, industrial optimism, and Chicago's image.

https://en.wikipedia.org/wiki/Sacred_geometry

Sacred geometry ascribes symbolic and sacred meanings to certain geometric shapes and proportions. It is associated with the belief that a god or goddess is the creator of the universal geometer. The geometry used in the design and construction of religious structures such as churches, temples, mosques, religious monuments, altars, and tabernacles has sometimes been considered sacred. The concept applies also to sacred spaces such as temenoi, sacred groves, village greens, pagodas and holy wells, Mandala Gardens, and religious and spiritual art.

In Buddhism, mandalas are made up of a compilation of geometric shapes, including concentric circles and squares that are equadistant from the center. Located within the geometric configurations are deities or suggestions of the deity in the form of a symbol. To create the mandala, two lines are first drawn on a predetermined grid. The lines, known as Brahman lines, must overlap at the precisely calculated center of the grid. Then the mandala is divided into thirteen equal parts.

One of the cornerstones of Chinese folk religion is the relationship between humans and nature. This is epitomized in feng shui, which are architectural principles that optimize the harmony of man and nature through the movement of Chi, or “life-generating energy.” In order to maximize the flow of Chi, its design plan must utilize specific shapes. For example, rectangles and squares are considered to be the best because other shapes may obstruct the flow of Chi due to unnatural angles.

The geometric designs in Islamic art are often built on combinations of repeated squares and circles, which may be overlapped and interlaced, as can arabesques (with which they are often combined), to form intricate and complex patterns, including a wide variety of tessellations. These may constitute the entire decoration, form a framework for floral or calligraphic embellishments, or retreat into the background around other motifs. Islamic geometric patterns are used in the Quran, Mosques and even in the calligraphies.

Sacred geometry ascribes symbolic and sacred meanings to certain geometric shapes and proportions. It is associated with the belief that a god or goddess is the creator of the universal geometer. The geometry used in the design and construction of religious structures such as churches, temples, mosques, religious monuments, altars, and tabernacles has sometimes been considered sacred. The concept applies also to sacred spaces such as temenoi, sacred groves, village greens, pagodas and holy wells, Mandala Gardens, and religious and spiritual art.

In Buddhism, mandalas are made up of a compilation of geometric shapes, including concentric circles and squares that are equadistant from the center. Located within the geometric configurations are deities or suggestions of the deity in the form of a symbol. To create the mandala, two lines are first drawn on a predetermined grid. The lines, known as Brahman lines, must overlap at the precisely calculated center of the grid. Then, the mandala is divided into thirteen equal parts.

One of the cornerstones of Chinese folk religion is the relationship between humans and nature. This is epitomized in feng shui, which are architectural principles that optimize the harmony of man and nature through the movement of Chi, or “life-generating energy.” In order to maximize the flow of Chi, its design plan must utilize specific shapes. For example, rectangles and squares are considered to be the best because other shapes may obstruct the flow of Chi due to unnatural angles.

The geometric designs in Islamic art are often built on combinations of repeated squares and circles, which may be overlapped and interlaced, as can arabesques (with which they are often combined), to form intricate and complex patterns, including a wide variety of tessellations. These may constitute the entire decoration, form a framework for floral or calligraphic embellishments, or retreat into the background around other motifs. Islamic geometric patterns are used in the Quran, Mosques, and even in the calligraphies.

What is sacred geometry?

The belief that a god or goddess is the creator of the universal geometer.

The belief that a deity can be shown in the form of a symbol.

Geometric designs that are often built on combinations of repeated squares and circles, which may be overlapped and interlaced, to represent the divine.

A belief that ascribes symbolic and sacred meanings to certain geometric shapes and proportions.

What is the first step of creating the mandala?

Drawing the mandalic lines

Deciding on which geometric configuration of a deity to draw

Drawing the Brahman lines

What shape is ideal for the flow of Chi in feng shui?

Where are Islamic geometric patterns used?

Representations of the divine

Decorative arts, such as carpets, textiles, and ceramics

Mosques, palaces, and homes

The Quran, mosques, and calligraphy

What is the main idea of the text?

Sacred geometry applies math to different religious beliefs, art, and structures.

Buddhism, feng shui, and Islam all utilize only sacred geometry in their art and architecture.

The geometry used in the design of religious structures has sometimes been considered sacred.

Sacred geometry ascribes symbolic and sacred meanings to certain geometric shapes and proportions.

https://www.theadventurists.com/mongol-rally/

The Mongol Rally is an intercontinental vehicle rally that commences in the United Kingdom and concludes in Ulaanbaatar, Mongolia; competition organizers designate it the “greatest motoring adventure on the planet,” with some 10,000 miles of roadways to traverse between start and finish. There’s no set route that drivers are obliged to take, and some don’t finish the race—usually just because their car breaks down. Participants can take any car, but organizers recommend an old beater to make the race more difficult.

To make the race more of an adventure, there are no backup plans; drivers are encouraged to get lost and experience some uncertainty because if not, “you’re not on an adventure.” To join the rally, drivers must raise about $600 for a charity called Cool Earth and be ready to bring—and return—their vehicle. The race originated to make more vehicles available and affordable in Mongolia, but their import is no longer legal. Anyone leaving a vehicle behind will be fined $6,000.

How much does it cost to drive 10,000 miles across Europe and Asia? Well, that depends. Some drivers keep it simple, living rustically out of the trunks of their cars, and others opt for a bit more luxury. Botulism-free food costs a bit more, so drivers budget between $200-$800 for food per person, but visas are more costly, comprising between $150-$1200, depending on how many countries participants drive through, while fuel costs vary by country requiring another $1,000 or more.

Additionally, racers need another $1500 for accommodations, travel insurance, and immunizations—plus another $1200 to ship their junkers back home. But aside from those particulars, race organizers encourage meager planning; they maintain that “knowing where you’re going is boring—follow the ‘un-route’ ethos and go where you please.” Participants are encouraged to get lost, improvise, and decide their own personal route to the destination. Drivers are “on their own”—except for the embarkation and conclusion festivities.

The Mongol Rally is an intercontinental vehicle rally that commences in the United Kingdom and concludes in Ulaanbaatar, Mongolia; competition organizers designate it the “greatest motoring adventure on the planet,” with some 10,000 miles of roadways to traverse between start and finish. There’s no set route that drivers are obliged to take, and some don’t finish the race—usually just because their car breaks down. Participants can take any car, but organizers recommend an old beater to make the race more difficult.

To make the race more of an adventure, there are no backup plans; drivers are encouraged to get lost and experience some uncertainty because if not, “you’re not on an adventure.” To join the rally, drivers must raise about $600 for a charity called Cool Earth and be ready to bring—and return—their vehicle. The race originated to make more vehicles available and affordable in Mongolia, but their import is no longer legal. Anyone leaving a vehicle behind will be fined $6,000.

How much does it cost to drive 10,000 miles across Europe and Asia? Well, that depends. Some drivers keep it simple, living rustically out of the trunks of their cars, and others opt for a bit more luxury. Botulism-free food costs a bit more, so drivers budget between $200-$800 for food per person, but visas are more costly, comprising between $150-$1,200, depending on how many countries participants drive through, while fuel costs vary by country requiring another $1,000 or more.

Additionally, racers need another $1,500 for accommodations, travel insurance, and immunizations—plus another $1,300 to ship their junkers back home. But aside from those particulars, race organizers encourage meager planning; they maintain that “knowing where you’re going is boring—follow the "un-route" ethos and go where you please.” Participants are encouraged to get lost, improvise, and decide their own personal route to the destination. Drivers are “on their own”—except for the embarkation and conclusion festivities.

Why did the race originate?

Race organizers wanted to create "the world's toughest motor race" and "the world's worst car rally."

The Mongol Rally was created in 2004 by two friends who wanted to create a race that was "the antithesis of the Dakar Rally."

The first racers had a bet about who could drive a car that costs less than £1000 from London to Ulaanbaatar, Mongolia.

The race originated to make more vehicles available and affordable in Mongolia

Which is NOT required to join the rally?

A plan to return their vehicle

Raise $750 for Cool Earth

What will cost participants between $150-1200?

Accommodations and travel insurance

What do racers need $1300 for?

To cover accommodations and immunizations

To cover travel insurance, food, and visas

To purchase fuel throughout the journey

To ship their junkers back home

What is the main idea of the text?

The Mongol Rally is an intercontinental vehicle rally from Europe to Mongolia where participants are encouraged to increase the adventure's difficulty by leaving their vehicles behind.

The Mongol Rally is considered to be the greatest motoring adventure on the planet, and organizers work to support drivers through the un-route.

The Mongol Rally is a fundraiser and a way to help poor Mongolians have access to cheaper vehicles while Europeans go on adventures and recycle vehicles.

The Mongol Rally is an intercontinental vehicle rally from the UK to Mongolia where participants are encouraged to get lost and improvise on an adventure.

https://en.wikipedia.org/wiki/Olmecs

The name 'Olmec' comes from the Nahuatl word for the Olmecs: Ōlmēcatl. This word is composed of the two words ōlli, meaning "natural rubber" and mēcatl, meaning "people," so the word means "rubber people". Rubber was an important part of the ancient Mesoamerican ballgame, a ritual sport which involved keeping a rubber ball in play in designated courts. The Olmec heartland is the area in the Gulf lowlands characterized by swampy lowlands punctuated by low hills, ridges, and volcanoes.

Here, the Olmec constructed permanent city-temple complexes at San Lorenzo Tenochtitlán, La Venta, Tres Zapotes, and Laguna de los Cerros. In this region, the first Mesoamerican civilization emerged and reigned from c. 1400–400 BCE. It seems that the Olmec had their roots in early farming cultures of Tabasco, which began between 5100 BCE and 4600 BCE, as those cultures shared the same basic food crops and technologies of the later Olmec civilization.

This environment may be compared to that of other ancient centers of civilization: the Nile, Indus, Yellow River valleys, and Mesopotamia. This highly productive environment encouraged a densely concentrated population, which in turn triggered the rise of an elite class. The elite class created the demand for the production of the symbolic and sophisticated luxury artifacts that define Olmec culture, and many of these luxury artifacts were made from materials such as jade, obsidian, and magnetite.

Luxury products came from distant locations and suggest that early Olmec elites had access to an extensive trading network in Mesoamerica. The source of the most valued jade was the Motagua River valley in Guatemala, and Olmec obsidian has been traced to sources in the Guatemala highlands, such as El Chayal and San Martín Jilotepeque, or in Puebla, distances ranging from 120–250 miles away. Scholars have yet to determine the cause of the extinction of the Olmec culture between 400-350 BCE.

The name "Olmec" comes from the Nahuatl word for the Olmecs: Ōlmēcatl. This word is composed of the two words ōlli, meaning "natural rubber" and mēcatl, meaning "people," so the word means "rubber people." Rubber was an important part of the ancient Mesoamerican ballgame, a ritual sport which involved keeping a rubber ball in play in designated courts. The Olmec heartland is the area in the Gulf lowlands characterized by swampy lowlands punctuated by low hills, ridges, and volcanoes.

Here, the Olmec constructed permanent city-temple complexes at San Lorenzo Tenochtitlán, La Venta, Tres Zapotes, and Laguna de los Cerros. In this region, the first Mesoamerican civilization emerged and reigned from c. 1400–400 BCE. It seems that the Olmec had their roots in early farming cultures of Tabasco, which began between 5100 BCE and 4600 BCE, as those cultures shared the same basic food crops and technologies of the later Olmec civilization.

This environment may be compared to that of other ancient centers of civilization: the Nile, Indus, Yellow River valleys, and Mesopotamia. This highly productive environment encouraged a densely concentrated population, which in turn triggered the rise of an elite class. The elite class created the demand for the production of the symbolic and sophisticated luxury artifacts that define Olmec culture, and many of these luxury artifacts were made from materials such as jade, obsidian, and magnetite.

Luxury products came from distant locations and suggest that early Olmec elites had access to an extensive trading network in Mesoamerica. The source of the most valued jade was the Motagua River valley in Guatemala, and Olmec obsidian has been traced to sources in the Guatemala highlands, such as El Chayal and San Martín Jilotepeque, or in Puebla, distances ranging from 120–250 miles away. Scholars have yet to determine the cause of the extinction of the Olmec culture between 400-350 BCE.

Where is the Olmec heartland?

Which was NOT a location of Olmec city-temple complexes?

Laguna de los Perros

Which luxury product was mentioned in the text?

How far did Olmec trade networks reach?

What is the main idea of the text?

Because of the rich natural environment, the people who settled in Tabasco developed an advanced civilization called the Olmec.

The rise of an Olmec elite class was dependent on the geography of the civilization and access to trade networks until the culture went extinct for unknown reasons.

No one knows the original name of the Olmec, as the word comes from the Aztec language and simply means rubber people.

The Olmec, also known as the rubber people, were an advanced civilization in southern Mexico that built cities, pyramids, and extensive trade networks.

https://en.wikipedia.org/wiki/Mummy_Juanita

Momia Juanita (Spanish for "Mummy Juanita"), also known as the Lady of Ampato, is the well-preserved frozen body of a girl from the Inca Empire who was killed as a human sacrifice to the Inca gods sometime between 1440 and 1480 when she was approximately 12–15 years old. She was discovered on the dormant stratovolcano Mount Ampato in southern Peru in 1995 by anthropologist Johan Reinhard and his Peruvian climbing partner, Miguel Zárate.

The anthropologists found a bundle in the crater that had fallen from an Inca site on the summit due to recent ice melt and erosion from a volcano eruption, and, to their astonishment, the bundle turned out to contain the frozen body of a young girl. Juanita was found almost entirely frozen, which preserved her internal organs, hair, blood, skin, and contents of her stomach.

They also found many items that had been left as offerings to the Inca gods, including llama bones, small figurines, and pottery pieces. The items were strewn about the mountain slope, down which the body had fallen. These included statues, food items (maize kernels and cob), and spondylus shells, which originate from ocean ecosystems. These have been connected to rain ceremonies throughout the Incan Empire. The clothing she wore resembled textiles from the elite from Cuzco, the Inca capital.

As Juanita was discovered close to Cuzco and was found with textiles of the wealthy, archaeologists believe that she came from a noble Cuzco family. The body and the items were quickly transported to Arequipa to prevent thawing. The mummy was kept in a special refrigerator at the Catholic University before being transported to the United States for a CT scan in 1996 and then exhibited in Japan in 1999. She is considered one of the most well-preserved mummies in the Andes.

Momia Juanita (Spanish for "Mummy Juanita"), also known as the Lady of Ampato, is the well-preserved frozen body of a girl from the Inca Empire who was killed as a human sacrifice to the Inca gods sometime between 1440 and 1480 when she was approximately 12–15 years old. She was discovered on the dormant stratovolcano Mount Ampato in southern Peru in 1995 by anthropologist Johan Reinhard and his Peruvian climbing partner, Miguel Zárate.

The anthropologists found a bundle in the crater that had fallen from an Inca site on the summit due to recent ice melt and erosion from a volcano eruption, and, to their astonishment, the bundle turned out to contain the frozen body of a young girl. Juanita was found almost entirely frozen, which preserved her internal organs, hair, blood, skin, and contents of her stomach.

They also found many items that had been left as offerings to the Inca gods, including llama bones, small figurines, and pottery pieces. The items were strewn about the mountain slope, down which the body had fallen. These included statues, food items (maize kernels and cob), and spondylus shells, which originate from ocean ecosystems. These have been connected to rain ceremonies throughout the Incan Empire. The clothing she wore resembled textiles from the elite from Cuzco, the Inca capital.

As Juanita was discovered close to Cuzco and was found with textiles of the wealthy, archaeologists believe that she came from a noble Cuzco family. The body and the items were quickly transported to Arequipa to prevent thawing. The mummy was kept in a special refrigerator at the Catholic University before being transported to the United States for a CT scan in 1996 and then exhibited in Japan in 1999. She is considered one of the most well-preserved mummies in the Andes.

In what year was the mummy found?

Where did the anthropologists find the mummy?

What was unique about the mummy?

She was a 12-15 year old human sacrifice from the Aztec Empire.

Shells founds with her indicate she was sacrificed to the rain god.

There were many offerings to Cuzco gods found with her.

She was almost entirely frozen.

Why do archaeologists believe she was from a noble family?

There were many offerings with the girl to the Aztec gods, including llama bones, small figurines, and pottery pieces.

There were food items with her and shells that clearly came from very far away.

She was so well-preserved that it was evident that a lot of resources were spent on preserving her body.

Her clothes were typical of the elite from Cuzco, the Inca capital.

What is the main idea of the text?

Archaeologists went on a quest to discover more about human sacrifice in Incan culture and found one of the most well-preserved mummies in the Sierra Nevada.

A middle-class teenager from the Incan Empire was ritually sacrificed, and her body was so well preserved that anthropologists have learned a lot about her religion.

The Lady of Ampato is the well-preserved frozen body of an Incan girl discovered by Japanese and American archaeologists in the Andes.

Anthropologists accidentally discovered one of the most well-preserved mummies in the Andes and learned a lot about the teen's culture.

https://en.wikipedia.org/wiki/Plymouth_Rock_chicken

Poultry are one of the most common and widespread domestic animals, with a total population of 23.7 billion as of 2018, up from more than 19 billion in 2011. There are more chickens in the world than any other bird, and, as a result, numerous cultural references to chickens exist—in myth, folklore, religion, language, and literature. Early domestication of chickens in Southeast Asia is probable since the word for domestic chicken (manuk) is part of the reconstructed Proto-Austronesian language.
Genetic studies have indicated multiple maternal origin theories within South Asia, Southeast Asia, and East Asia, but the clade found in the Americas, Europe, the Middle East, and Africa originated from the Indian subcontinent. From ancient India, the chicken was disseminated to the Eastern Mediterranean. They appear in ancient Egypt in the mid-15th century BCE, with the "bird that gives birth every day" coming from Syria and Shinar, Babylonia, according to the annals of Thutmose III.
The Plymouth Rock is an American breed of domestic chicken, which was first seen in Boston in 1849 and was the most widely propagated breed in the United States for much of the early twentieth century. It is a dual-purpose bird, cultivated both for its meat and brown eggs; moreover, it is resistant to cold, easy to manage, and a “good sitter.” It lays about 200 eggs annually, and the bird is eventually harvested for its meat.
The Plymouth Rock was included in the first edition of the American Standard of Perfection of the new American Poultry Association in 1874. The fowl has a single comb with five points; the comb, wattles, and ear-lobes are bright red. The legs are yellow and unfeathered; the beak is yellow or horn-colored; the back is long and broad, and the breast fairly deep. In the United States, seven color varieties are recognized: barred, blue, buff, Columbian, partridge, silver-penciled, and white.

Poultry are one of the most common and widespread domestic animals, with a total population of 23.7 billion as of 2018, up from more than 19 billion in 2011. There are more chickens in the world than any other bird, and, as a result, numerous cultural references to chickens exist—in myth, folklore, religion, language, and literature. Early domestication of chickens in Southeast Asia is probable since the word for domestic chicken (manuk) is part of the reconstructed Proto-Austronesian language.

Genetic studies have indicated multiple maternal origin theories within South Asia, Southeast Asia, and East Asia, but the clade found in the Americas, Europe, the Middle East, and Africa originated from the Indian subcontinent. From ancient India, the chicken was disseminated to the Eastern Mediterranean. They appear in ancient Egypt in the mid-15th century BCE, with the "bird that gives birth every day" coming from Syria and Shinar, Babylonia, according to the annals of Thutmose III.

The Plymouth Rock is an American breed of domestic chicken, which was first seen in Boston in 1849 and was the most widely propagated breed in the United States for much of the early twentieth century. It is a dual-purpose bird, cultivated both for its meat and brown eggs; moreover, it is resistant to cold, easy to manage, and a “good sitter.” It lays about 200 eggs annually, and the bird is eventually harvested for its meat.

The Plymouth Rock was included in the first edition of the American Standard of Perfection of the new American Poultry Association in 1874. The fowl has a single comb with five points; the comb, wattles, and ear-lobes are bright red. The legs are yellow and unfeathered; the beak is yellow or horn-colored; the back is long and broad, and the breast fairly deep. In the United States, seven color varieties are recognized: barred, blue, buff, Columbian, partridge, silver-penciled, and white.

Where were chickens likely domesticated first?

There are multiple origin theories.

An ancient Egyptian text points to Syria and Babylonia.

Genetics point to India.

Etymology points to Southwest Asia as the origin.

Where was the Plymouth Rock chicken first shown in 1849?

How many color varieties of Plymouth Rock are recognized?

What did the American Poultry Association publish in 1874?

The American Standard of Poultry Excellence

A Complete Description of All Varieties of Fowls

Living with Chickens: Everything You Need to Know

The American Standard of Perfection

What is the main idea of the text?

Humans have been domesticating chickens worldwide for centuries, and we have bred special chicken varieties.

The Plymouth Rock is an American breed of domestic chicken that became widespread because of its good qualities.

The Plymouth Rock breed of chickens was brought to America by Native Americans who originated in Asia.

Chickens evolved and disseminated over place and time, and one popular American breed is the Plymouth Rock.

https://en.wikipedia.org/wiki/Pinball

From 1940 to 1976, police conducted raids across New York City as the mayor tried to get rid of a plague that robbed children of their hard-earned nickels and dimes. What vice was destroyed by the NYPD with sledgehammers before being dumped into the city’s waterways? Pinball machines were prohibited until Roger Sharpe testified before a courtroom that the popular amusement was more about skill than chance because games of chance were outlawed as they were associated with gambling.
Pinball is a type of arcade game where a ball is propelled through a specially designed table where it bounces off of different obstacles to score points. More modern pinball machines include obstacles such as lights, bumpers, ramps, or other targets, but historic versions had thin metal pins and holes in the table. Historically, players endeavored to ricochet balls off the pins to achieve additional points by putting balls into more challenging and higher-scoring positions.
However, the origins of pinball go back even further, as games played by rolling balls across the grass, like bocce, eventually evolved into ground billiards where sticks hit balls. Other variations that derived from ground billiards include croquet, golf, and pallmall; these outdoor games inspired indoor versions that were played on tables, like pool, or on the floor, like bowling or shuffleboard. The tabletop versions of these diversions are the ancestors of contemporary pinball.
In 1869, British inventor Montague Redgrave arrived in the United States and began manufacturing bagatelle tables. The objective of this pastime was to get nine balls past wooden obstacles into holes guarded by wooden pegs. In 1871, Redgrave patented the spring launcher that gave birth to modernized pinball. By 1931, pinball machines were coin operated with players purchasing seven opportunities with just a penny; the first spring-loaded units were manufactured by David Gottlieb and cost just $17.50 apiece.

From 1940 to 1976, police conducted raids across New York City as the mayor tried to get rid of a plague that robbed children of their hard-earned nickels and dimes. What vice was destroyed by the NYPD with sledgehammers before being dumped into the city’s waterways? Pinball machines were prohibited until Roger Sharpe testified before a courtroom that the popular amusement was more about skill than chance because games of chance were outlawed as they were associated with gambling.

Pinball is a type of arcade game where a ball is propelled through a specially designed table where it bounces off of different obstacles to score points. More modern pinball machines include obstacles such as lights, bumpers, ramps, or other targets, but historic versions had thin metal pins and holes in the table. Historically, players endeavored to ricochet balls off the pins to achieve additional points by putting balls into more challenging and higher-scoring positions.

However, the origins of pinball go back even further, as games played by rolling balls across the grass, like bocce, eventually evolved into ground billiards where sticks hit balls. Other variations that derived from ground billiards include croquet, golf, and pallmall; these outdoor games inspired indoor versions that were played on tables, like pool, or on the floor, like bowling or shuffleboard. The tabletop versions of these diversions are the ancestors of contemporary pinball.

In 1869, British inventor Montague Redgrave arrived in the United States and began manufacturing bagatelle tables. The objective of this pastime was to get nine balls past wooden obstacles into holes guarded by wooden pegs. In 1871, Redgrave patented the spring launcher that gave birth to modernized pinball. By 1931, pinball machines were coin operated with players purchasing seven opportunities with just a penny; the first spring-loaded units were manufactured by David Gottlieb and cost just $17.50 apiece.

Which NYC mayor had the NYPD smash pinball machines with sledgehammers?

Which outdoor game evolved into ground billiards?

Which game did Redgrave manufacture in the U.S.?

When was the spring launcher patented?

What is the main idea of the text?

Pinball machines evolved from other table games.

Pinball machines were outlawed in NYC for 36 years.

The game of pinball used to be much simpler, but it has modernized.

With origins in other games, pinball machines have a long history.

https://en.wikipedia.org/wiki/Impact_event

An impact event is a collision between astronomical objects such as asteroids, comets, or meteoroids and terrestrial planets such as Earth. When large objects impact planets, there can be significant physical and biospheric consequences. Impact events appear to have played a considerable role in the solar system’s evolution since its formation. Earth’s history has been shaped by impact events, including the moon’s formation, life’s evolutionary history, and water’s origin on Earth.
Impact events have been implicated in several mass extinctions. 66 million years ago, a six-mile-wide asteroid struck Earth off the coast of the Yucatan peninsula in Mexico. The crater left in its wake is known as the Chicxulub crater, which is 110 miles in diameter and 12 miles deep. It’s the second-largest impact structure on Earth and is believed to be the cause of the Cretaceous-Paleogene extinction event and the catalyst for accelerating the evolution of mammals.
More recently, the Tunguska event occurred in Siberia, Russia, in 1908. In the explosion, 80 million trees were flattened by the impact of an asteroid only 160-200 feet in diameter. In 2013, another asteroid measuring just 59 feet in diameter entered Earth’s atmosphere over the southern Ural region in Russia. The meteor’s light was briefly brighter than the Sun and visible from sixty miles away. The impact released 26-33 times as much energy as the atomic bomb at Hiroshima.
A major impact event releases the energy of several million nuclear weapons detonating simultaneously when an asteroid of only a few kilometers in diameter collides with a larger body like Earth. In 2018, the B612 Foundation reported, “It’s 100 percent certain we’ll be hit [by a devastating asteroid], but we’re not 100 percent certain when.” Physicist Stephen Hawking admitted that such a collision was a planetary threat, and governments have been preparing a plan to intercept and deflect a potential threat.

An impact event is a collision between astronomical objects such as asteroids, comets, or meteoroids and terrestrial planets such as Earth. When large objects impact planets, there can be significant physical and biospheric consequences. Impact events appear to have played a considerable role in the solar system’s evolution since its formation. Earth’s history has been shaped by impact events, including the moon’s formation, life’s evolutionary history, and water’s origin on Earth.

Impact events have been implicated in several mass extinctions. 66 million years ago, a six-mile-wide asteroid struck Earth off the coast of the Yucatan peninsula in Mexico. The crater left in its wake is known as the Chicxulub crater, which is 110 miles in diameter and 12 miles deep. It’s the second-largest impact structure on Earth and is believed to be the cause of the Cretaceous-Paleogene extinction event and the catalyst for accelerating the evolution of mammals.

More recently, the Tunguska event occurred in Siberia, Russia, in 1908. In the explosion, 80 million trees were flattened by the impact of an asteroid only 160-200 feet in diameter. In 2013, another asteroid measuring just 59 feet in diameter entered Earth’s atmosphere over the southern Ural region in Russia. The meteor’s light was briefly brighter than the Sun and visible from sixty miles away. The impact released 26-33 times as much energy as the atomic bomb at Hiroshima.

A major impact event releases the energy of several million nuclear weapons detonating simultaneously when an asteroid of only a few kilometers in diameter collides with a larger body like Earth. In 2018, the B612 Foundation reported, “It’s 100 percent certain we’ll be hit [by a devastating asteroid], but we’re not 100 percent certain when.” Physicist Stephen Hawking admitted that such a collision was a planetary threat, and governments have been preparing a plan to intercept and deflect a potential threat.

Which was NOT mentioned as a result of impact events on Earth?

The formation of the moon

The origin of water on Earth

The acceleration of the evolution of mammals

Delivered the building blocks for life

How large was the asteroid that created the Chicxulub crater 66 million years ago?

What is true about the Tunguska event?

The asteroid measured 59 feet in diameter.

The blast was seen from sixty miles away.

The impact was more than 25 times stronger than the atomic bomb at Hiroshima.

It flattened 80 million trees in Siberia.

Which foundation announced a 100% chance Earth will be hit by a devastating asteroid?

The Kepler Center

Heising-Simons Foundation

National Science Foundation

What is the main idea of the text?

Major impact events have solely shaped Earth’s history, causing mass extinction as well as the origins of life on Earth.

As a major impact event is equivalent to several thousand nuclear bombs, scientists are trying to stop such a collision.

Scientists are trying to predict when an asteroid will hit Earth in an impact event by studying historical impacts.

Impact events have happened throughout Earth’s history, and now humanity is planning how to intercept future asteroids.

https://en.wikipedia.org/wiki/NATO

The acronym NATO means North Atlantic Treaty Organization and is an intergovernmental military alliance between 31 member states, including 29 European and 2 North American countries. The treaty was established after World War II and signed in Washington, D.C., in 1949. NATO is a collective security system: its independent member states agreed to defend each other against attacks. During the Cold War, NATO operated as a deterrent to attacks from the Soviet Union.
NATO was formed with twelve founding members and has added new members nine times, most recently when Finland joined the alliance on 4 April 2023, exactly 74 years after NATO's formation. After accepting its membership application, Sweden is anticipated to become the 32nd member, with its Accession Protocol now being ratified by existing members. In addition, NATO currently recognizes Bosnia and Herzegovina, Georgia, and Ukraine as aspiring members; however, its enlargement has resulted in tensions with non-member states like Russia.
NATO's main headquarters are located in Brussels, Belgium, while NATO's military headquarters are near Mons, Belgium. The alliance has targeted its NATO Response Force deployments in Eastern Europe, and the combined militaries of all NATO members include around 3.5 million soldiers and personnel. Their combined military spending as of 2022 constituted around 55 percent of the global nominal total; moreover, members have agreed to reach or maintain the target defense spending of at least two percent of their GDP by 2024.
During the Cold War, NATO conducted no military operations. Following the Cold War, operations Anchor Guard in 1990 and Ace Guard in 1991 were prompted by the Iraqi invasion of Kuwait. On 28 February 1994, NATO took its first wartime action by shooting down four Bosnian Serb aircraft violating the no-fly zone; further NATO air strikes helped end the Yugoslav Wars. Since then, NATO has been involved in conflicts in Kosovo, Afghanistan, Iraq, the Gulf of Aden, Libya, and Syria.

The acronym NATO means North Atlantic Treaty Organization and is an intergovernmental military alliance between 31 member states, including 29 European and 2 North American countries. The treaty was established after World War II and signed in Washington, D.C., in 1949. NATO is a collective security system: its independent member states agreed to defend each other against attacks. During the Cold War, NATO operated as a deterrent to attacks from the Soviet Union.

NATO was formed with twelve founding members and has added new members nine times, most recently when Finland joined the alliance on 4 April 2023, exactly 74 years after NATO's formation. After accepting its membership application, Sweden is anticipated to become the 32nd member, with its Accession Protocol now being ratified by existing members. In addition, NATO currently recognizes Bosnia and Herzegovina, Georgia, and Ukraine as aspiring members; however, its enlargement has resulted in tensions with non-member states like Russia.

NATO's main headquarters are located in Brussels, Belgium, while NATO's military headquarters are near Mons, Belgium. The alliance has targeted its NATO Response Force deployments in Eastern Europe, and the combined militaries of all NATO members include around 3.5 million soldiers and personnel. Their combined military spending as of 2022 constituted around 55 percent of the global nominal total; moreover, members have agreed to reach or maintain the target defense spending of at least two percent of their GDP by 2024.

During the Cold War, NATO conducted no military operations. Following the Cold War, operations Anchor Guard in 1990 and Ace Guard in 1991 were prompted by the Iraqi invasion of Kuwait. On 28 February 1994, NATO took its first wartime action by shooting down four Bosnian Serb aircraft violating the no-fly zone; further NATO air strikes helped end the Yugoslav Wars. Since then, NATO has been involved in conflicts in Kosovo, Afghanistan, Iraq, the Gulf of Aden, Libya, and Syria.

Which country was the most recent addition to NATO?

Where are NATO’s military headquarters located?

Brussels, Belgium

Each country has its own NATO headquarters

How many soldiers are represented by NATO’s combined military forces?

Which was NOT mentioned as a location where NATO has been involved in conflicts?

What is the main idea of the text?

NATO expanded during the Cold War due to new military conflicts and theaters of operations.

NATO is a European-North American military alliance meant to deter conflict, so it does not engage in any conflict ever.

NATO’s military force is so large that no country in the world wants to fight the alliance, and this is how it deters conflict.

After WWII, NATO formed to deter attacks from the Soviet Union, but since the Cold War, it has been involved in military conflicts.