Compressibility
Work. Recall that w = P∆V
No. Mass is the amount of matter in an object. Pressure does not affect the amount of matter.Uless you have anhydrous ammonia and have a contained vessel at 32psi,that drops to 0 psi suddenly.Then you will have an in crease in volume but still have the same amount of matter.
If the temperature remains constant, decreasing the volume will increase the pressure.
The measure of the amount of matter an object contains is mass.
mass
That is it's mass.
Air pressure decreases as altitude increases. Matter is held by gravity. The same reason that pressure is greatest in the core, the least pressure is farthest from the core. Matter "thins - out". The heaviest elements are always in the center and the lightest are furthest from the center.
Air pressure decreases as altitude increases. Matter is held by gravity. The same reason that pressure is greatest in the core, the least pressure is farthest from the core. Matter "thins - out". The heaviest elements are always in the center and the lightest are furthest from the center.
berometers measure atmospheric pressure.
That is called the volume.
The property of matter that is dependent on altitude is atmospheric pressure. Atmospheric pressure decreases with increasing altitude due to the decrease in the weight of the air above. This decrease in pressure affects various aspects of the environment, such as boiling points of liquids and gas behavior.
Air pressure decreases as you move higher in the atmosphere. Air, just like any form of matter has mass, and when affected by earth's gravity, weight. The weight of air is pushing down on you with a force of 1 atmosphere at sea level. As you increase elevation the air pressure is reduced because there is less air to push down on you. Just like air, water pressure increases as you increase your depth in it, or any fluid. When air pressure decreases, temperature drops.
As gravity increases so the pressure within the star increases, the matter becomes more dense and hotter, more matter is fused. The star decreases in volume initially. The thermal pressure increases to maintain equilibrium.Depending on the total mass the star may then expand to a giant or 'explode' catastrophically as a nova.
The measure of force of gas particles against a surface is known as pressure (P). In SI units the force of gas pressure is in ATM(s) and Pascal's.
An object that takes up space is called matter. The three particles used to measure matter are by the count, by the mass, or by the volume.
Yes, it decreases very slightly. We cannot measure the change directly. :)
That's called the mass.
Tempiture