locations near an ocean often have milder climates than locations farther inland. this pattern is caused by…

locations near an ocean often have milder climates than locations farther inland. this pattern is caused by differences in the way earth absorbs heat in each location. earths main source of heat is solar radiation from the sun. when solar radiation reaches earth, much of the radiation passes through the atmosphere and gets absorbed by the land and water on earths surface. earths surface gains thermal energy by absorbing solar radiation. the surface can then transfer thermal energy to the air above, causing the air to warm up. complete the paragraph. when solar radiation reaches earths surface, the ground thermal energy, and the temperature of the ground . when the ground is at a temperature than the air above, thermal energy is transferred from the ground to the air.

locations near an ocean often have milder climates than locations farther inland. this pattern is caused by differences in the way earth absorbs heat in each location. earths main source of heat is solar radiation from the sun. when solar radiation reaches earth, much of the radiation passes through the atmosphere and gets absorbed by the land and water on earths surface. earths surface gains thermal energy by absorbing solar radiation. the surface can then transfer thermal energy to the air above, causing the air to warm up. complete the paragraph. when solar radiation reaches earths surface, the ground thermal energy, and the temperature of the ground . when the ground is at a temperature than the air above, thermal energy is transferred from the ground to the air.

Answer

Brief Explanations:

When solar - radiation hits Earth's surface, the ground absorbs thermal energy, which causes its temperature to increase. Heat transfer occurs from a higher - temperature object (the ground) to a lower - temperature object (the air).

Answer:

When solar radiation reaches Earth's surface, the ground absorbs thermal energy, and the temperature of the ground increases. When the ground is at a higher temperature than the air above, thermal energy is transferred from the ground to the air.