Air pressure is exerted in all direction, and on both the outsides and insides of objects
In the atmosphere, warm surfaces can heat the air above them. High pressure in the atmosphere is what causes the air to rapidly heat.
Some sunlight is absorbed or reflected by the atmosphere before it can reach the surfaces.
I have no idea, sorry. I need this question answered too, so please help me out!
Smoother surfaces make the car take longer to stop vs rough surfaces. This is because the car is not able to gain enough traction on smooth surfaces.
A glacier can completely reshape the land. As it is made of very heavy ice, this ice can erode surfaces from the debris and rocks that it carries and the amount of pressure it places on the surface beneath it during its movement.
When it comes to determining a gas giant's volume, diameter, etc., the "surface" is the depth in the planet's atmosphere at which the air pressure equals one atmosphere (the same air pressure as in the earth's atmosphere at sea level).
In the atmosphere, warm surfaces can heat the air above them. High pressure in the atmosphere is what causes the air to rapidly heat.
The atmosphere.
Because there is more pressure in the surfaces.
This is called the water cycle.
Air pressure is basically the weight of air on surfaces.
Uh... this one? It's also thought that Uranus and Neptune have a thick water/ammonia ocean, but technically this lies below their nominal surfaces (which is arbitrarily set at the point in the atmosphere where the pressure is equal to normal atmospheric pressure on Earth).
because pressure is high at top not at bottom
Thie depends upon temperature and pressure.
transpiration
No. How well a suction cup sticks to a surface has to do with how will a seal can be formed on the surface. Rough surfaces will not form good seals compared to smooth surfaces which means that suction cups will not stick as well to rough surfaces as they do to smooth surfaces.
Surface temperature, Weight of the object, Roughness of surface and the object