Answer:
Check Explanation.
Explanation:
In order to be able to answer this question effectively and efficiently we have to consider the Newton's law of Universal gravitation which is given by the mathematical representation below;
Gravitational force, F = G (m1 × m2) / r^2.
Where G = Gravitational constant, m1 and m2 and the masses of body one and two respectively and r = distance.
So, we can deduce that the mass(in form of kinetic energy) increase at large distance and this makes the speed to reduce.
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Answer:
Your answer would be C). A dry climate with little rainfall
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Explanation:
The reason why answer choice "C). dry climate with little rainfall" would be the correct answer is because of air masses. The air masses pretty much goes to the western side of the Sierra Nevada Mountains. The slopes on the western side of the mountain is receiving rainfall, and a lot of it. This means that all of the rain can't pass over to the other side of the mountain due to the fact that there is a lot of rainfall that the clouds have, in which it would be difficult to bring it over to the eastern side of the Sierra Nevada Mountains. The eastern side would receive dry air due to the fact that the dry air is being released to the eastern side from the western side of the Sierra Nevada Mountains. This would make the eastern side look different from the western side, and would make the eastern side more dryer, while getting little bits of rainfall.
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Answer:
The Earth is round. There is evidence that can prove that.
Explanation:
Explanation:
<h3>The frequency is = 1/t = w/2π of the motion per unit time. It is measured in Hertz. (1hz = 1m/s.) </h3>
