The heat or energy that Earth receives from the sun is primarily absorbed by its surface and atmosphere. Some of the absorbed energy is re-radiated back to space as infrared radiation, while some of it is trapped by greenhouse gases in the atmosphere.
The sun radiates energy in the form of electromagnetic radiation, which includes visible light, ultraviolet radiation, and infrared radiation. When this radiation reaches the Earth's atmosphere, a small fraction of it is reflected back to space, while the rest is absorbed by the Earth's surface, including the land, oceans, and atmosphere. Once absorbed, the energy is transformed into heat, which causes the surface and atmosphere to rise. This heat is then radiated back into space in the form of infrared radiation.
Hence, the heat or energy that Earth receives from the sun is primarily absorbed by the Earth's surface and atmosphere. Some of the absorbed energy is re-radiated back to space as infrared radiation, while some of it is trapped by greenhouse gases in the atmosphere.
Learn more about the solar radiation here
#SPJ2
The first one is that transport proteins in the cell membrane ' Pick up ' molecules from outsides the cell and carry them in , while using energy in the process
The second method is that the the cell membrane surrounds a particle and takes it in
I hope that's help !
plant ground cover in unused fields
B. socialism
C. stagflation
D. supply-side economics
It is D supply side exonomics
Answer:
Depletion of ground water as a result of increased usage leading to lower water table.
Explanation:
The presence of small farms nearby coupled with the growing city that is just 50 miles the north, would mean more pumping of water for use by households, farms and even industries located in the growing city. The water level would definitely drop beyond pump intake as more wells are drilled, and water usage increases as well. The lowering of the water table is the most likely reason for the well becoming dry.