What this deck covers
This deck focuses on Earths Atmosphere, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Earths Atmosphere in AP Environmental Science with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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Which layer of the atmosphere is closest to Earth's surface?
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Troposphere. Extends from Earth's surface to about 12 km altitude.
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This deck focuses on Earths Atmosphere, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Troposphere. Extends from Earth's surface to about 12 km altitude.
Answer: Trade winds. Blow from east to west near the equator.
Answer: Jet streams. Found in the upper troposphere and lower stratosphere.
Answer: It reflects radio waves back to Earth. Enables long-distance radio communication around Earth.
Answer: Trade winds. Blow from east to west near the equator.
Answer: Nitrogen. Makes up about 78% of the atmosphere by volume.
Answer: Troposphere. Contains most atmospheric water vapor and air movement.
Answer: Burning fossil fuels. Releases stored carbon from coal, oil, and natural gas.
Answer: Climate. Average weather conditions over 30+ years.
Answer: Altitude. Higher altitude means less atmospheric mass above.
Answer: Condensation. Water vapor cools and changes back to liquid droplets.
Answer: Evaporation. Solar energy converts liquid water to water vapor.
Answer: Exosphere. Outermost layer where atmosphere gradually merges with space.
Answer: Tropopause. Marks where temperature stops decreasing with altitude.
Answer: Altitude. Higher altitude means less atmospheric mass above.
Answer: Mesosphere. Meteors burn up due to friction in this layer.
Answer: Radiation. Electromagnetic energy travels through space without matter.
Answer: 21%. Second most abundant gas in Earth's atmosphere.
Answer: Troposphere. Extends from Earth's surface to about 12 km altitude.
Answer: Methane. Released from livestock, rice fields, and landfills.
Answer: Greenhouse effect. Atmospheric gases trap outgoing infrared radiation from Earth.
Answer: The Sun. Solar radiation powers weather, climate, and atmospheric circulation.
Answer: 21%. Second most abundant gas in Earth's atmosphere.
Answer: Decreases with altitude. Less air mass above creates lower pressure.
Answer: Transpiration. Water vapor exits through leaf pores called stomata.
Answer: 6.5∘C/km. Known as the environmental lapse rate.
Answer: Stratosphere. Contains the highest concentration of ozone molecules.
Answer: Carbon cycle. Carbon moves between atmosphere, land, and ocean reservoirs.
Answer: Methane. Released from livestock, rice fields, and landfills.
Answer: Wind. Air flows from areas of higher to lower pressure.
Answer: Transpiration. Water vapor exits through leaf pores called stomata.
Answer: Mesosphere. Meteors burn up due to friction in this layer.
Answer: Stratosphere. Contains the highest concentration of ozone molecules.
Answer: Burning fossil fuels. Releases stored carbon from coal, oil, and natural gas.
Answer: Jet streams. Found in the upper troposphere and lower stratosphere.
Answer: Coriolis effect. Earth's rotation deflects moving air masses.
Answer: Evaporation. Solar energy converts liquid water to water vapor.
Answer: Greenhouse effect. Atmospheric gases prevent heat from escaping to space.
Answer: Coriolis effect. Earth's rotation deflects moving air masses.
Answer: It reflects radio waves back to Earth. Enables long-distance radio communication around Earth.
Answer: Carbon fixation. Plants convert atmospheric CO2 into organic compounds.
Answer: Climate. Average weather conditions over 30+ years.
Answer: Thermosphere. High-energy solar radiation ionizes gas molecules here.
Answer: Increased UV radiation reaching Earth. More harmful radiation reaches Earth's surface.
Answer: Carbon fixation. Plants convert atmospheric CO2 into organic compounds.
Answer: Decreases with altitude. Less air mass above creates lower pressure.
Answer: Nitrogen. Makes up about 78% of the atmosphere by volume.
Answer: Radiation. Electromagnetic energy travels through space without matter.
Answer: Greenhouse effect. Atmospheric gases trap outgoing infrared radiation from Earth.
Answer: To absorb ultraviolet (UV) radiation. Protects life by filtering harmful solar radiation.
Answer: Increased UV radiation reaching Earth. More harmful radiation reaches Earth's surface.
Answer: Pascal (Pa) or Millibar (mb). Standard units for measuring atmospheric force per area.
Answer: Carbon dioxide. Traps heat in the atmosphere, causing global warming.
Answer: Carbon cycle. Carbon moves between atmosphere, land, and ocean reservoirs.
Answer: Wind. Air flows from areas of higher to lower pressure.
Answer: 6.5oC/km. Known as the environmental lapse rate.
Answer: Tropopause. Marks where temperature stops decreasing with altitude.
Answer: Convection. Warm air rises and cool air sinks, creating circulation.
Answer: Convection. Warm air rises and cool air sinks, creating circulation.
Answer: Condensation. Water vapor cools and changes back to liquid droplets.
Answer: Carbon dioxide. Traps heat in the atmosphere, causing global warming.
Answer: Ground-level ozone. Forms when sunlight reacts with pollutants near Earth's surface.
Answer: The Sun. Solar radiation powers weather, climate, and atmospheric circulation.
Answer: Troposphere. Contains most atmospheric water vapor and air movement.
Answer: Pascal (Pa) or Millibar (mb). Standard units for measuring atmospheric force per area.
Answer: Exosphere. Outermost layer where atmosphere gradually merges with space.
Answer: To absorb ultraviolet (UV) radiation. Protects life by filtering harmful solar radiation.
Answer: Greenhouse effect. Atmospheric gases prevent heat from escaping to space.
Answer: Thermosphere. High-energy solar radiation ionizes gas molecules here.
Answer: Ground-level ozone. Forms when sunlight reacts with pollutants near Earth's surface.