Question

Beginning with solar energy, detail how transfer of energy drives weather and climate. Be sure to mention how energy transfer affects wind, rain, temperature, and climate.

Answer 1

Answer:

So your answer for this question is weather and climate involves with radiation as the transfer of energy. And the rest is conduction and radiation.

Explanation:

Well solar energy is from the sun and the transfer of energies for heat is convection, conduction and radiation. Now electrically, mechanically is ways actually energy can be transmitted. But for weather and climate energy can be transferred there by radiation energy. And "wind, rain, temperature , and climate" are affected by conduction and radiation.

Answer 2

The solar energy affects climate, wind, rain, temperature as follows:

Solar energy is a renewable form of energy, obtained from the transformation of electromagnetic radiation that comes from the Sun.

The Earth's climate is primarily a manifestation of how solar radiation is absorbed, redistributed in the atmosphere-ocean system, and subsequently re-radiated into outer space.

• Climate and weather depends on how this energy is distributed between the atmosphere and the earth's surface.

• The amount of energy absorbed by the surface depends on latitude, causing pressure changes in the atmosphere and forming wind currents.

• The abundance of water vapor in the atmosphere leads it to condense in the form of clouds, which, when displaced by the wind, collide with each other and release their liquid content, in what we know as rain.

• In terms of temperature, the climate is warmer where more energy reaches the surface, and colder where less.

• Also, atmospheric temperature is about the degree of heat or cold that exists in atmospheric air masses, heated mainly by solar radiation.

Therefore, we can conclude that solar energy is the energy source for all life on Earth, where most of the solar energy reaches the surface in the form of light and heat and the climate depends on how this energy is distributed between the atmosphere and the earth's surface.

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