Sunlight travels through space before warming Earth's surface. Which process transfers this energy?
1 Atmospheric Structure and Energy Online Quiz Questions
Use this free practice quiz with 20 questions to review 1 Atmospheric Structure and Energy, test your knowledge, and prepare for your next test or exam.
True or false: As air rises into lower atmospheric pressure, it expands and cools.
- A
True
- B
False
What is the name of the process by which plants add water vapor to the atmosphere?
When water vapor changes into liquid cloud droplets, the process is .
On a sunny day, land beside the ocean warms faster than the water. Which sequence best explains a sea breeze at the surface?
- A
Air sinks over the warmer land and draws warm air from the water toward shore.
- B
Water heats faster than land, so air rises over the water and flows out to sea at the surface.
- C
Air rises over the warmer land, and cooler air moves inland from over the water.
- D
The land and water warm at the same rate, so the breeze is caused only by Earth's rotation.
Select all statements that correctly describe how heat moves.
- A
Radiation can transfer energy through space without air carrying it.
- B
Convection transfers heat only when two objects touch directly.
- C
Convection transfers heat through the movement of air.
- D
Radiation requires a fluid to flow from one place to another.
In which atmospheric layer is the ozone layer located?
When ice or snow changes directly into water vapor, the phase change is .
True or false: The water cycle has one fixed starting point that every cycle must follow.
- A
True
- B
False
Two air masses have similar proportions of the main dry-air gases, but one is much more humid. Which constituent accounts for this difference?
- A
Nitrogen
- B
Water vapor
- C
Oxygen
- D
Argon
Select all statements that correctly describe energy in the Earth-atmosphere system.
- A
Some incoming solar energy is reflected back to space.
- B
Earth's warmed surface emits energy mainly as longwave infrared radiation.
- C
The warmed surface emits energy mainly as shortwave radiation.
- D
Greenhouse gases and clouds absorb and emit some of the infrared energy.
In which atmospheric layer are some incoming high-energy solar rays absorbed, contributing to a sharp rise in temperature despite extremely thin air?
- A
Troposphere
- B
Stratosphere
- C
Mesosphere
- D
Thermosphere
Describe two ways aerosols can affect atmospheric processes.
As a weather balloon rises through the atmosphere, atmospheric pressure and density generally decrease. Is this statement true or false?
- A
True
- B
False
Snow changes directly into water vapor without first becoming liquid. What is this phase-change process called?
Sunlight travels through the vacuum of space before warming Earth's surface. Which heat-transfer process allows this energy to travel?
- A
Conduction
- B
Radiation
- C
Convection
- D
Condensation
What term describes the combined movement of water vapor from surface evaporation and plant transpiration?
Tiny particles suspended in air are present. Which effect can these aerosols have that helps clouds form?
- A
They make up most of the dry air near Earth's surface.
- B
They prevent all infrared radiation from escaping to space.
- C
They can provide surfaces on which cloud droplets form.
- D
They cause atmospheric pressure to increase with height.
A layer of the atmosphere absorbs much of the Sun's harmful ultraviolet radiation. Which layer is it, and what substance is chiefly responsible?
- A
The stratosphere, where ozone absorbs much harmful ultraviolet radiation
- B
The troposphere, where ozone absorbs most incoming ultraviolet radiation
- C
The mesosphere, where water vapor absorbs most incoming ultraviolet radiation
- D
The thermosphere, where aerosols absorb most incoming ultraviolet radiation
Air next to a sun-warmed surface becomes warmer and less dense, rises, and is replaced by cooler air. Which process best describes this heat transfer?
- A
Radiation, because energy moves only through electromagnetic waves
- B
Conduction, because air transfers heat efficiently by direct contact
- C
Condensation, because water vapor changes into liquid
- D
Convection, because warmed air rises and cooler air moves in
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