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Which location on Earth has a surplus of solar radiation?
90 degrees latitude
Zero degrees latitude
gets converted to heat and emitted back to space
fresh snow
Zero
The incoming solar radiation at the poles is spread over a larger surface.
Zero degrees latitude
The poles have a solar radiation deficit; the equator has a solar radiation surplus.
What is the latitude of the equator?
90 degrees latitude
Zero degrees latitude
gets converted to heat and emitted back to space
fresh snow
Zero
The incoming solar radiation at the poles is spread over a larger surface.
Zero degrees latitude
The poles have a solar radiation deficit; the equator has a solar radiation surplus.
What eventually happens to the incoming solar radiation that is absorbed by the Earth's land and water?
90 degrees latitude
Zero degrees latitude
gets converted to heat and emitted back to space
fresh snow
Zero
The incoming solar radiation at the poles is spread over a larger surface.
Zero degrees latitude
The poles have a solar radiation deficit; the equator has a solar radiation surplus.
Why does the same amount of incoming solar radiation result in less heating at the poles than it does at Earth's equator?
90 degrees latitude
Zero degrees latitude
gets converted to heat and emitted back to space
fresh snow
Zero
The incoming solar radiation at the poles is spread over a larger surface.
Zero degrees latitude
The poles have a solar radiation deficit; the equator has a solar radiation surplus.
At which place does sunlight have to travel through the thinnest portion of Earth's atmosphere before reaching Earth's surface?
90 degrees latitude
Zero degrees latitude
gets converted to heat and emitted back to space
fresh snow
Zero
The incoming solar radiation at the poles is spread over a larger surface.
Zero degrees latitude
The poles have a solar radiation deficit; the equator has a solar radiation surplus.
Which place on Earth has a deficit of solar radiation?
90 degrees latitude
Zero degrees latitude
gets converted to heat and emitted back to space
fresh snow
Zero
The incoming solar radiation at the poles is spread over a larger surface.
Zero degrees latitude
The poles have a solar radiation deficit; the equator has a solar radiation surplus.
Which statement best describes solar radiation on a global scale?
90 degrees latitude
Zero degrees latitude
gets converted to heat and emitted back to space
fresh snow
Zero
The incoming solar radiation at the poles is spread over a larger surface.
Zero degrees latitude
The poles have a solar radiation deficit; the equator has a solar radiation surplus.
Which of the following has the highest albedo?
90 degrees latitude
Zero degrees latitude
gets converted to heat and emitted back to space
fresh snow
Zero
The incoming solar radiation at the poles is spread over a larger surface.
Zero degrees latitude
The poles have a solar radiation deficit; the equator has a solar radiation surplus.
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