Answer:
1.2The main processes involved in the movement of water between the different reservoirs are evaporation, condensation, transport, precipitation, runoff (water runoff from the ground surface), infiltration and transpiration
3.The large surface of the oceans (about 70 percent of the earth's surface is covered by oceans) favors the occurrence of large-scale evaporation. On a global scale, the same amount of water that is evaporated returns to Earth as precipitation. This however varies geographically
4.Earth from Space Although the engine of the cycle is the solar energy that originates the evaporation of liquid water, and therefore its passage into the atmosphere, the role of gravity is also fundamental, thanks to which precipitation falls and continental waters return to the oceans
5.The water cycle is powered by solar energy. The sun heats the surface of the ocean and other surface waters, which evaporates liquid water and sublimates ice, converting it directly from a solid to a gas. These sun-driven processes move water into the atmosphere in the form of water vapor
Explanation:
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Answer:
I hope I can help im so sorry I'm so busy so I can't help thanks for the points tho ✌
GPE=mgh
m=mass
g=acceleration due to gravity
h=height above the ground
24=mg(5m)
we want to find when we have
3mg(10m)
we can manipulate it into the other form like this
3mg(2)(5m)
(3)(2)mg(5m)
5(mg(5m))
so it is going to be 5 times the potentail energy
24*5=120
answer is object B has a potential energy of 120 joules
another way is to to solve for m but that's too hard (sarcastic)
24=mg(5m)
solve for m
(24)/(g5m)=m
multiply by 3 to get the mass of object B
72/(g5m)=3m
subsitute
object b potentail energy is 3m g times 10
3m times g times 10 is equal to
(72/(g5m))g(10m)=
720/5=
120
answer is 120 joules
Explanation:
the sun's radiant energy is transformed into chemical energy
