How are mass and air pressure related?

Answer 1

Pressure is directly proportional to moles only for ideal gases at constant temperature and volume. The ideal gas law is PV = nRT, where P = pressure, V = volume, n = number of moles, R is a gas constant that depends only on the units being used, and T is temperature (in degrees Kelvin).

Solving for pressure gives P = (RT/V)n.

The ideal gas law is a decent approximation for most cases, but it becomes less accurate for larger molecules and at lower temperatures. That's because it assumes that the gas particles' only interaction is to bounce off each other in perfect elastic collisions. Larger particles tend to "bounce" in more complicated ways, and at lower temperatures the particles are moving slowly enough that intermolecular forces begin to become significant.

Answer 2

Pressure = force / area. If the force is the result of the weight of a specific object, you can additionally use the formula: force = mass x gravity, i.e., you can combine this with the previous formula.

Answer 3

Mass and air pressure are related because air pressure is the force exerted by the weight of the air above a given point. As mass increases, the weight of an object increases, which in turn can lead to an increase in air pressure on that object's surface. Conversely, decreasing mass can lead to a decrease in air pressure on the object.

Answer 4

when moles and pressure combine they make an albino zebra, which essentially is a white horse

Answer 5

the higher the pressure the greater the mass