Regions at different latitudes around the world receive different amounts of solar radiation. Polar regions receive the least amount of solar radiation, while the equator receives the most. How does this most likely affect the global climate?

Question

A.
The global climate is mostly warm.
B.
Polar regions experience colder climates.
C.
The global climate is mostly cold.
D.
Equatorial regions experience colder climates.Regions at different latitudes around the world receive different amounts of solar radiation. Polar regions receive the least amount of solar radiation, while the equator receives the most. How does this most likely affect the global climate?
A.
The global climate is mostly warm.
B.
Polar regions experience colder climates.
C.
The global climate is mostly cold.
D.
Equatorial regions experience colder climates.Regions at different latitudes around the world receive different amounts of solar radiation. Polar regions receive the least amount of solar radiation, while the equator receives the most. How does this most likely affect the global climate?
A.
The global climate is mostly warm.
B.
Polar regions experience colder climates.
C.
The global climate is mostly cold.
D.
Equatorial regions experience colder climates.Regions at different latitudes around the world receive different amounts of solar radiation. Polar regions receive the least amount of solar radiation, while the equator receives the most. How does this most likely affect the global climate?
A.
The global climate is mostly warm.
B.
Polar regions experience colder climates.
C.
The global climate is mostly cold.
D.
Equatorial regions experience colder climates.

Answer 1

The correct answer is:

B. Polar regions experience colder climates.

This option accurately reflects the impact of varying solar radiation due to latitude. Polar regions receive significantly less solar energy, resulting in colder climates, while equatorial regions, which receive more solar radiation, experience warmer climates.