Why does air heat when pushed down in the atmosphere? because there is more long

Question

Why does air heat when pushed down in the atmosphere? because there is more longwave radiation from the earth that will heat it. because the suns energy is trapped more efficiently near the surface because as the air sinks pressure increases, heating the parcel of air adiabatically. both A and B None of the above Why is the diurnal temperature maximum In the mid-afternoon, several hours after noon when solar radiation reaches is maximum? Because winds and ocean currents take time to carry energy and distribute it. Because it takes a while for the land to heat up due to its high specific heat Because the surface of the earth begins to re-radiated long wave energy that continues to heat the air. Both B and C. None of the above

Explanation / Answer

Answer-the most lower part of the earth's atmosphere is known as tropospere and it is the most warmest part of the earth's atmosphere, also is is most dense part of the earth's atmosphere, so because of the more dense there is more pressure build up and as air sinks pressure increases, it heats up the parcel adiabatically. also the sun's radiation in get trapped in to the layer below the ozone layer..

answer is c

answer is-diurnal temperature is maximum after several hours because it takes time to land to heat up and surface earth begain to re radiate the heat energy

Answer- Electromagnetic spectrum is from radio wave 103 wavelength to gamma wave with wavelength 10-12

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