No, most of the sun's energy that reaches the Earth's atmosphere is absorbed by the surface of the Earth. The atmosphere does absorb some of the energy but it is relatively small compared to the energy absorbed by the Earth's surface.
Tropical Climate because it receives a lot of the intense solar energy and it is also most likely to be found near the equator where the sun is directly giving solar energy.
Technically no, but valid guess. At night, the sun's rays reflect off the moon and back on to Earth. The reason the light is so much dimmer is because a lot of light energy is lost in the process.
It heats up a lot and becomes vey hot.
Yes, there is more carbon dioxide in the Earth's atmosphere than argon. Carbon dioxide makes up about 0.04% of the atmosphere, while argon makes up about 0.93%.
At that time there is a lot more atmosphere between you and the sun than when the sun is overhead.
When they crash into the atmosphere with anywhere between 10 and 70 kilometers/second, there is a lot of energy involved.
Because the plant needs the leaves to absorb sunlight and turn it into energy, it takes a lot of energy to produce the fruit, so it needs a lot of leaves to produce that energy.
Water has a height specific heat, meaning it can absorb a lot of heat energy per kilogram.
The emissivity of the sun is nearly 1, meaning it emits a lot of energy. This energy is absorbed by the Earth's atmosphere, warming it up. This process plays a key role in the transfer of energy within the Earth's atmosphere, influencing weather patterns and climate.
A small part of the heating of the atmosphere is directly from the sun. A lot of heating near the surface is done through conduction from land or water that has been warmed by the sun.
Water is a substance that requires a lot of energy to raise its temperature because it has a high specific heat capacity. This means it can absorb a significant amount of heat energy before its temperature increases.
If you have wind mills, the wind can give a lot of electricity because the mill will absorb the amount of potential energy needed to produce the amount of kinetic energy.
Much of it is absorbed by the atmosphere. The ozone layer absorbs a lot of it.
It does a lot It does a lot
It costs a lot of energy (and therefore money) to put a massive object into detail. The amount of energy depends directly on the satellite's mass.
Friction slows objects down, changing kinetic energy into thermal energy. Usually an object from outer space will be travelling very, very fast as it enters the atmosphere and the friction (from the air resistance) will slow it down a lot. This energy is converted to heat, which is why objects can burn up in the atmosphere.
Not sunLIGHT, but heat energy from the sun, especially if they have a black hide or dark-coloured hide. If they have a light-coloured hide (or hair) some of the sun's energy will still be absorbed, but a lot of it will be reflected.