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Chapter 22 Section 1 Review Page 554 (1-8)

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Presentation on theme: "Chapter 22 Section 1 Review Page 554 (1-8)"— Presentation transcript:

1

2 Chapter 22 Section 1 Review Page 554 (1-8)

3 1. Describe the composition of dry air at sea level.
Nitrogen = 78% Oxygen = 21% Argon = 0.9% Other gases (like CO2 < 0.1%

4 Gases in the Atmosphere

5 2. Identify five main components of the atmosphere.
Nitrogen Oxygen Water Vapor Ozone Particulates

6 Particulates

7 3. Explain the cause of atmospheric pressure.
Atmospheric pressure is caused by the weight of atmospheric gases as a result of gravity pulling the gas molecules toward Earth.

8 Atmospheric Pressure

9 4. Explain how the two types of barometers measure atmospheric pressure.
Mercurial Barometer: Atmospheric pressure pushes on the well at the base of the barometer. This holds the level of the mercury in the tube at a height indicating the air pressure.

10 Mercury Barometer

11 Mercury Barometer

12 4. Explain how the two types of barometers measure atmospheric pressure.
Aneroid Barometer: Atmospheric pressure pushes in on the side of a sealed metal container causing the sides of the container to bulge in or out, moving the pointer on a scale showing the air pressure.

13 Aneroid Barometer

14 5. Identify the layer of the atmosphere in which weather occurs.
Weather happens in the troposphere.

15 Weather in the Troposphere

16 6. Compare the four main layers of the atmosphere.
Troposphere: lowest layer, weather happens here, highest pressure Stratosphere: second layer, contains the ozone layer, gets warmer as you go up Mesosphere: coldest layer, meteors burn up here, gets colder as you go up Thermosphere: hottest layer, ionosphere is here so auroras happen here, hottest layer, lowest air pressure (near zero)

17 Layers of the Atmosphere

18 7. Identify the two atmospheric layers that contain air as warm as 250 C?
The troposphere and the thermosphere

19 Temperature Ranges of Layers
25o C 25o C Thermosphere Troposphere

20 8. Why is atmospheric pressure generally lower beneath a mass of warm air than beneath a mass of cold air? Molecules move farther apart when they are heated, so there are fewer particles in a given area to exert pressure.

21 Cause of Atmospheric Pressure

22 The End…..

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