TEST_DE_5.1_TheCompositionAndBehaviorOfTheAtmosphere

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How would humans most likely function in an atmosphere that was 19% oxygen?

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Earth's current atmosphere is approximately

The Coriolis Effect can explain the pathways of global wind systems, such as the polar easterlies, westerlies, and tradewinds. Indicate whether each statement about the Coriolis Effect is true or false.

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Air circulates as a result of uneven distribution of heat in the atmosphere. Heat can be transferred by conduction, convection, or radiation.

Match each description of the energy transfer with its type.

Draggable item		Corresponding Item
Radiation		The temperature of the air directly above the warm sand increases.
Conduction		Air higher in the atmosphere sinks and pushes the warmer air upward.
Convection		Sand on the beach gets warm on a hot, sunny day.

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Over which area would a high pressure system most likely develop during the day?

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Match the following characteristics with the correct atmosphere(s).

	First Atmosphere	Second Atmosphere	Third Atmosphere
This atmosphere was on Earth approximately 5.4 to 2.6 billion years ago.
This atmosphere contained mostly hydrogen and large amounts of water vapor, carbon dioxide, and hydrogen sulfide.
This atmosphere was around the same time that the oceans were formed.
This atmosphere had free oxygen (O2 gas) in the atmosphere.

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During the time of Earth’s second atmosphere, many types of blue-green bacteria called _______ lived and evolved in the oceans. Today, fossils called _______ provide evidence of these early microorganisms.

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Why is it more difficult to breath at higher altitudes?

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There are many reasons for Earth's surface heating unevenly. One reason is the curvature of Earth, which affects the angle of incoming solar radiation, called _______ .

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Earth’s surface is about __________ percent land and __________ percent water. Land absorbs and releases thermal energy much __________ rapidly than water does, as water absorbs heat more slowly and holds on to it __________. 

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Wind is caused by differences in air pressure. Atmospheric circulation is driven mostly by solar radiation, and winds and convection currents in the atmosphere are the result of __________ distribution of thermal energy in the atmosphere. Winds are commonly named for the direction from which they blow. For example, westerlies blow __________ the west.

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Match human activity w/ consequence to atmosphere

Draggable item		Corresponding Item
removal and reduction of plants i.e. deforestation		less transpiration, reduced humidity, cloud formation and rainfall
carbon dioxide and methane gases produced from combustion and natural gas formation		destruction of ozone layer which protects us from UV rays
chlorofluorocarbons from airconditioners and refrigerators		acid rain
Sulfur and Nitrogen Oxides formed during combustion		greenhoue gases

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Heating a fluid, like air, causes its density to __________. In the air, volumes of dense fluid are pulled __________ strongly by gravity than are equal volumes of less dense air. In Earth’s atmosphere, dense air is pulled toward Earth’s surface with more force than is less dense air, while the lower-density air is forced upward. __________ air rises because it is forced upward by the surrounding __________, dense air.

TEST_DE_5.1_TheCompositionAndBehaviorOfTheAtmosphere

How would humans most likely function in an atmosphere that was 19% oxygen?

Earth's current atmosphere is approximately

Air circulates as a result of uneven distribution of heat in the atmosphere. Heat can be transferred by conduction, convection, or radiation.

Match each description of the energy transfer with its type.

Over which area would a high pressure system most likely develop during the day?

Match the following characteristics with the correct atmosphere(s).

Why is it more difficult to breath at higher altitudes?

Match human activity w/ consequence to atmosphere

How would humans most likely function in an atmosphere that was 19% oxygen?

Earth's current atmosphere is approximately

Without the Coriolis Effect, air currents would move from the dense, high-pressure air of the poles to the warm, low-pressure air at the equator with no overall deflection

The Coriolis Effect occurs because land heats and cools faster than water.

Without the Coriolis Effect, air would move in a straight line from the dense, high-pressure air in the West to the warm, low-pressure air in the East.

The Coriolis Effect results from the rotation of the Earth.

Air circulates as a result of uneven distribution of heat in the atmosphere. Heat can be transferred by conduction, convection, or radiation.

Match each description of the energy transfer with its type.

Over which area would a high pressure system most likely develop during the day?

Match the following characteristics with the correct atmosphere(s).

Why is it more difficult to breath at higher altitudes?

Match human activity w/ consequence to atmosphere

Without the Coriolis Effect, air currents would move from the dense, high-pressure air of the poles to the warm, low-pressure air at the equator with no overall deflection

The Coriolis Effect occurs because land heats and cools faster than water.

Without the Coriolis Effect, air would move in a straight line from the dense, high-pressure air in the West to the warm, low-pressure air in the East.

The Coriolis Effect results from the rotation of the Earth.

TEST_DE_5.1_TheCompositionAndBehaviorOfTheAtmosphere

TEST_DE_5.1_TheCompositionAndBehaviorOfTheAtmosphere

How would humans most likely function in an atmosphere that was 19% oxygen?

Earth's current atmosphere is approximately

Air circulates as a result of uneven distribution of heat in the atmosphere. Heat can be transferred by conduction, convection, or radiation. Match each description of the energy transfer with its type.

Over which area would a high pressure system most likely develop during the day?

Match the following characteristics with the correct atmosphere(s).

Why is it more difficult to breath at higher altitudes?

Match human activity w/ consequence to atmosphere

How would humans most likely function in an atmosphere that was 19% oxygen?

Earth's current atmosphere is approximately

Without the Coriolis Effect, air currents would move from the dense, high-pressure air of the poles to the warm, low-pressure air at the equator with no overall deflection

The Coriolis Effect occurs because land heats and cools faster than water.

Without the Coriolis Effect, air would move in a straight line from the dense, high-pressure air in the West to the warm, low-pressure air in the East.

The Coriolis Effect results from the rotation of the Earth.

Air circulates as a result of uneven distribution of heat in the atmosphere. Heat can be transferred by conduction, convection, or radiation. Match each description of the energy transfer with its type.

Over which area would a high pressure system most likely develop during the day?

Match the following characteristics with the correct atmosphere(s).

Why is it more difficult to breath at higher altitudes?

Match human activity w/ consequence to atmosphere

Without the Coriolis Effect, air currents would move from the dense, high-pressure air of the poles to the warm, low-pressure air at the equator with no overall deflection

The Coriolis Effect occurs because land heats and cools faster than water.

Without the Coriolis Effect, air would move in a straight line from the dense, high-pressure air in the West to the warm, low-pressure air in the East.

The Coriolis Effect results from the rotation of the Earth.

Air circulates as a result of uneven distribution of heat in the atmosphere. Heat can be transferred by conduction, convection, or radiation.

Match each description of the energy transfer with its type.

Air circulates as a result of uneven distribution of heat in the atmosphere. Heat can be transferred by conduction, convection, or radiation.

Match each description of the energy transfer with its type.