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Biology Jeopardy!�Plants Unit

Waterford Union High School

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Rules

  • Each team has 15 seconds to write an answer using the resources provided (e.g., dry-erase board, Google doc, scratch paper, etc.).
  • Students can collaborate within their assigned teams but cannot get outside help.
    • Teams automatically lose points for a round if they get help from outside their team (e.g., from another team or using notes).
  • Each team either gains or loses points on each turn.

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Old�Business

Cellular Contents

Plant Structures

Photo- synthesis

Bio-s synthesis

This & �That

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Old Business

  • During cellular respiration, atoms in glucose and oxygen are rearranged to form…
  • CO2 and H2O

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Old Business

  • The primary purpose of cellular respiration is to...
  • Recharge ATP

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Old Business

  • A large molecule comprised of a chain of individual molecules is called a…
  • Macromolecule

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Old Business

  • Dividing one large cell into two smaller cells is called…
  • Mitosis

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Old Business

  • The organelle in which cellular respiration occurs is called the…
  • Mitochondria

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Cellular Contents

  • This organelle is found only in plants and is where photosynthesis occurs.
  • Chloroplast

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Cellular Contents

  • This is made of cellulose and forms a rigid barrier outside the cell membrane that provides a plant with its structure.
  • Cell Wall

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Cellular Contents

  • This organelle primarily stores waste and other substances in the plant cell.
  • Vacuole

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Cellular Contents

  • This macromolecule/polymer is assembled from long chains of glucose and is the primary component of cell walls.
  • Cellulose

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Cellular Contents

  • This is where cellular respiration occurs in a plant cell
  • Mitochondria

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Plant Structures

  • Plant cells organize to form ____ in plants, animals, and other organisms.
  • Tissues

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Plant Structures

  • This kind of tissue forms “tubes” through which water and minerals move up through the plant.
  • Xylem

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Plant Structures

  • This kind of plant tissue forms tubes through which water, sugars, amino acids, and other molecules move down throughout the plant.
  • Phloem

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Plant Structures

  • This plant organ is primarily responsible for absorbing water.
  • Roots

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Plant Structures

  • This plant organ is where most CO2 is absorbed.
  • Leaves�

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Photosynthesis

  • During photosynthesis, what molecules go into the chloroplast and what molecules are produced?
  • CO2 and H2O go in and glucose and O2 are produced.

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Photosynthesis

  • What kind of energy goes into photosynthesis and how is this energy transformed.
  • Light energy goes in and is transformed into chemical energy (i.e., high energy bonds)

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Photosynthesis

  • Most of the glucose produced during photosynthesis is used for...
  • Cellular respiration

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Photosynthesis

  • Glucose that is not used for cellular respiration can be used for...
  • Biosynthesis (e.g., assembled into cellulose) �Also acceptable - sent to other cells.

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Photosynthesis

  • How is photosynthesis like reverse combustion?
  • Photosynthesis: light, CO2, and H2O are absorbed. �Combustion: light, CO2, and H2O are released

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Biosynthesis

  • Most of the mass of a plant is comprised of cellulose. Cellulose is made from chains of ____
  • Glucose

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Biosynthesis

  • Most of the mass of a plant is comprised of cellulose. Cellulose is made from chains of glucose. Glucose is assembled from _____
  • CO2 and H2O

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Biosynthesis

  • Plants can form all other molecules within their cells from _____ and _____
  • Glucose and minerals in the soil.

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Biosynthesis

  • These are specialized proteins that can reduce the time and energy needed for a reaction to occur. These proteins are important for biosynthesis.
  • Enzymes.

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Biosynthesis

  • During biosynthesis, enzymes assemble individual molecules (called ____ ) into ____
  • Monomers into polymers (or macromolecules).

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This & That

  • These are three possible ways in which enzymes can change molecules.
  • Assemble monomers into polymers�Disassemble polymers into monomers�Rearrange atoms to form new molecules

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This & That

  • This is how enzymes can assemble monomers into polymers.�
  • Remove oxygen and hydrogen atoms from monomers, forming water.

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This & That

  • This is how enzymes can disassemble polymers into monomers.�
  • Insert water molecules between linked monomers.

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This & That

  • These are organisms that break down dead and dying tissues.
  • Decomposers

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This & That

  • The atoms in molecules like amino acids and ATP that are found in plants come from what two sources?
  • Glucose and soil minerals

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FINAL JEOPARDY

  • Make your wagers!

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  • Most of the atoms in the General Sherman came from what two molecules?
  • Carbon dioxide and water.