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Differential Heating, Convection, and Air Pressure Science Review Game.

Date post: 05-Jan-2016
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Differential Heating, Convection, and Air Pressure Science Review Game
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Page 1: Differential Heating, Convection, and Air Pressure Science Review Game.

Differential Heating, Convection, and Air

Pressure

Science Review Game

Page 2: Differential Heating, Convection, and Air Pressure Science Review Game.

How does temperature affect

the amount of water vapor in the

air?

Page 3: Differential Heating, Convection, and Air Pressure Science Review Game.

Explain how convection currents are

produced in the air.

Page 4: Differential Heating, Convection, and Air Pressure Science Review Game.

Describe what happens to air

molecules when air is heated.

Page 5: Differential Heating, Convection, and Air Pressure Science Review Game.

What is the source of energy that

causes the wind to blow?

Page 6: Differential Heating, Convection, and Air Pressure Science Review Game.

What is atmospheric

pressure and what causes it?

Page 7: Differential Heating, Convection, and Air Pressure Science Review Game.

Is atmospheric pressure higher on a mountain top or at sea level. Why?

Page 8: Differential Heating, Convection, and Air Pressure Science Review Game.

A student opened a bottle of water in the mountains, drank the water, and put

on the cap. When he returned to Redwood City, the bottle was crushed.

Explain why.

Page 9: Differential Heating, Convection, and Air Pressure Science Review Game.

In which direction does atmospheric

pressure push?

Page 10: Differential Heating, Convection, and Air Pressure Science Review Game.

What happens to the molecules in a

sealed syringe when the plunger

is pushed in?

Page 11: Differential Heating, Convection, and Air Pressure Science Review Game.

Below is a picture of a closed container with a piston.

Complete the drawing of the second container to show what happens to the molecules of air when the piston pushes down.

Page 12: Differential Heating, Convection, and Air Pressure Science Review Game.

• Where is the atmosphere densest? Why?

mountain

sea level

Page 13: Differential Heating, Convection, and Air Pressure Science Review Game.

The graph shows temperature data from two containers. One container had 100 ml of water and the other had 100 ml of dry soil. Each container was placed in the sunshine for 20 minutes and then in the shade for 20 minutes.

Which container, A or B, had the dry soil?

Explain.

Page 14: Differential Heating, Convection, and Air Pressure Science Review Game.

The graph shows temperature data from two containers. One container had 100 ml of water and the other had 100 ml of dry soil. Each container was placed in the sunshine for 20 minutes and then in the shade for 20 minutes. Which of

these materials, dry soil or water, is a heat sink?

Explain.

Page 15: Differential Heating, Convection, and Air Pressure Science Review Game.

Which way will the wind blow?

Page 16: Differential Heating, Convection, and Air Pressure Science Review Game.

Uneven heating of Earth by the Sun causes ...

a. humidity.

b. clouds.

c. wind.

d. precipitation.

Page 17: Differential Heating, Convection, and Air Pressure Science Review Game.

Bonus Round

• Decide how many points you would like to wager.

Page 18: Differential Heating, Convection, and Air Pressure Science Review Game.

Kalli has a vial of cold water with blue coloring at the bottom. She puts a

small bag of warm water next to the vial as shown.

What will happen in the vial? What is

the name of the current?

warmwater


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