Drayton Hall Physics and History Test

JavaScript isn't enabled in your browser, so this file can't be opened. Enable and reload.

gonzalezedward.blogspot.com

name *

email address *

In 1801 if you walked from Dreyton Hall to North Charleston (approximately 9 miles) it took you from sunrise to sunset (approximately 12 hours). If you walked the 16 miles to Charleston it took you about 16 hours. The big slowdown going to Charleston was that you had to wait for a ferry to carry you across the Ashley River. Approximately how many miles an hour are you traveling if you go directly from Drayton Hall to Charleston?(SS.08.DP.01.02) (SS.08.DP.03.02) (SC.08.MO.01.02)

8 mph

5 mph

4 mph

1 mph

Clear selection

A person standing at the ferry in Charleston is 5 kilometers west of the previous station and 15 kilometers north of the next station. The position of the previous station in relation to the student is (SC.08.MO.02.02

5 kilometers west.

5 kilometers east.

20 kilometers north.

15 kilometers south.

Clear selection

For centuries, the waterways of the Lowcountry served as high-ways. The Ashley River connected Drayton Hall to neighboring properties, Charleston, plantations along the coast, and Atlantic trade routes. Before the advent of steamships, the Draytons owned sloops, barges, and a canoe named "Hippopotamus." On June 3, 1801 Charles Drayton travelled about 16 miles in 4 hours to Charleston, South Carolina. How many miles per hour did Charles travel? (SS.08.DP.01.02) (SS.08.DP.03.02) (SC.08.MO.01.02) *

8 miles per hour.

6 miles per hour.

10 miles per hour.

4 miles per hour.

Traveling down the River

The graph above depicts the speed of a boat down the Charleston River. Which of these best describes the boat's performance? (SS.08.DP.01.02) (SS.08.DP.03.02) (SC.08.MO.02.02)

The boat traveled at a constant speed.

The boat started slow, then went faster, and faster.

The boat started fast, went faster, then slowed down.

The boat went about the same speed the whole time.

Clear selection

The canoe Hippopotamus is trying to tow a larger damaged boat (Boat A) up the Charleston River. The force acting against Hippopotamus is as strong as the pull on Boat A (both forces are equal). In this situation what is most likely true? (SC.08.FO.03.02)

Hippopotamus will be able to tow Boat A.

Hippopotamus will sink.

Hippopotamus and Boat A will float in place until the boatman are tired of rowing.

Boat A will pull back Hippopotamus.

Clear selection

How is Drayton Hall influenced by the ancient Roman civilization? Give examples of materials and style in architecture. (Study the early strengths and lasting contributions of Rome (SS.07.DR.02.02) *

Sinking boats, gravity, and buoyancy

After a storm that left two boats submerged in the Ashley river. Which boats show a relationship in which the gravity and bouyant force are unequal? (SC.08.M1.03.02)

only Y

X and Y

X and Z

X, Y, and Z

Clear selection

What is the equation for density? (SC.08.M1.03.02)

Density = mass/volume

Density = volume/mass

Volume = density/mass

Density = mass x's volume

Clear selection

The mass of an object is 90 grams and its volume is 6 cm. What is its density?

30 g/cm

50 g/cm

15 g/cm

9 g/cm

Clear selection

Submit

Clear form

Never submit passwords through Google Forms.

Forms

This content is neither created nor endorsed by Google.