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Explore the different layers of the atmosphere, including the Ozone layer, atmospheric pressure, and the movement of winds. Learn about the composition of gases in each layer and the role they play in Earth's climate.
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Atmosphere Layers The Ozone Under Pressure It’s Getting Hot in here Winds
Atmosphere Layers Name each layer in order starting from earth to outer space. 100
Atmosphere Layers Which layer contains the highest amount of Ozone. (Please do not answer the Ozone Layer.) 200
Atmosphere Layers Electrically charged particles are found in which layer? 300
Atmosphere Layers Which layer of the atmosphere is closer to Earth? 400
Atmosphere Layers Name the different types of gases in the air including the percentage. 500
Atmosphere Layers Troposphere, Stratosphere, Mesosphere, Thermosphere, & Exosphere 100
Atmosphere Layers Stratosphere 200
Atmosphere Layers Ionosphere 300
Atmosphere Layers Troposphere 400
Atmosphere Layers Nitrogen-78% Oxygen-21% Water Vapor-0-4% 500
Winds A windless and rainy area is known as..? 100
Winds The Coriolis effect is caused by ______. 200
Winds Which wind is responsible for the movement of weather across the U.S.? 300
Winds • What type of heat transfer is in the picture? • What type of breeze is in the picture? 400
Winds Steady winds between the equator & 30 latitude North or South are known as? 500
Winds Doldrums 100
Winds Earth’s Rotation 200
Winds Prevailing Westerlies 300
Winds • Convection • Sea Breeze 400
Winds Trade Winds 500
The Ozone Sorry! 100
The Ozone Sorry! 200
The Ozone How do CFCs affect the Earth’s ozone layer? 300
The Ozone Name the gas made up of 3 oxygen molecules bonded together that occurs naturally in the upper atmosphere. 400
The Ozone Why is the Ozone important to you? 500
The Ozone Ran out of Questions. Congrats! 100
The Ozone Ran out of questions. Congrats! 200
The Ozone CFCs break apart ozone molecules 300
The Ozone The Ozone 400
The Ozone Protects us from U.V. rays, etc. 500
Under Pressure In a convection current, cool air is more dense and forces up ___________ air. 100
Under Pressure What is the source of all the energy in our atmosphere? 200
Under Pressure • When Earth receives energy from the Sun, ______ • Some energy is reflected back into space • Some is absorbed by the atmosphere • Some is absorbed by land and water on Earth’s surface • All of the above 300
Under Pressure Where is air pressure greater—sea level or a mountain top? Explain. 400
Under Pressure Daily Double
Under Pressure • The air above the _____ rises because it has low density and low pressure. • N. Pole 3. Equator • S. Pole 4. Arctic Circle 500
Under Pressure warm 100
Under Pressure The Sun 200
Under Pressure 4. All of the above 300
Under Pressure Sea Level because more molecules are being pushed down. 400
Under Pressure 3. Equator 500
It’s getting hot in here Transfer of heat by the flow of a heated material. 100
It’s getting hot in here Not all areas on Earth’s surface receive the same amount of radiation because Earth’s surface is _________. 200
It’s getting hot in here Daily Double
It’s getting hot in here Name 2 things that can happen to the radiation that Earth receives from the Sun. 300
It’s getting hot in here • Reflection and absorption by the atmosphere prevent some _____ from reaching Earth’s surface. • Ozone 3. Nitrogen • Radiation 4. Oxygen 400
It’s getting hot in here Define Radiation 500
It’s getting hot in here Convection 100