At the bottom. You can think of the air pressure at a given location as being the weight of all the air in a column above it. Thus, the higher you go, the less air there is above you, and thus the lower the air pressure. In the extreme, when you rise out of the athmosphere, there is no air above you at all, and the air pressure is effectively zero - a vacuum. Air pressure is greater at the bottom of a mountain.
Bottom
Air is denser at lower altitudes and less dense at higher altitudes. If the bottom of the valley is directly below the mountain, at a lower altitude, then there is technically more air in the valley.
At the bottom of the valley!
You would need to know how high the mountain is and what the temperature is at the bottom...
Because of temperature change when you are up is higher and down is lower. So the air pressure would go lower.
Because higher up there is less oxygen therefore plants would not survive because the need oxygen to stay alive. Also the climate at the top of a mountain is a lot more harsh than the bottom.
because of the height, as you go down further in depth the greater the pressure. imagine when you at a greater depth the greater amount of fluid you have to endure. the pressure would be the same everywhere at the same depth in fluid but the force on the object would depend on the area of the object.
Air is denser at lower altitudes and less dense at higher altitudes. If the bottom of the valley is directly below the mountain, at a lower altitude, then there is technically more air in the valley.
At the base of the mountain.
Air pressure decrease with altitude thus the air pressure is the greatest at the mountain base.
FALSE
c
The top.
Greater as tire pressure raises as you drive and tires get hot.
Old M.C. would be smoother- it had a greater level of exposure to the elements.
That would depend where you are. The weight of air above you is greater at sea level than up a mountain, but if you were in a plane it might well be less than up a mountain.
A young mountain chain would generally have a smoother shape compared to an old mountain chain. This is because over time, weathering and erosion processes wear down the jagged peaks and steep slopes of young mountain chains, resulting in a more rounded and smoother profile in older mountain chains.
Since there is more air pressing down from upper levels of the atmosphere, Florida's Everglades park would have the greater atmospheric pressure