Q. The diagram below represents how solar radiation strikes the surface of Earth differently, depending on location, during the June solstice.
Which of the following combinations correctly identifies and explains the effects of the differences in the distribution of solar radiation on Earth as seen in the diagram above?
Global wind patterns are created because uneven solar radiation results in warm air at low latitudes and cool air at high latitudes, resulting in density differences between the air masses.
Global rain patterns are created because uneven solar radiation results in warm air at high latitudes and cool air at low latitudes, resulting in evaporation and condensation differences between the air masses.
Global wind patterns are created because uneven solar radiation results in warm air at high latitudes and cool air at low latitudes, resulting in density differences between the air masses.
Global rain patterns are created because uneven solar radiation results in warm air at low latitudes and cool air at high latitudes, resulting in air masses that do not circulate because they are of equal density.