. Doesn't it vaguely say the motion of the air can be neglected ?The opposite… that the motion of the glass can be neglected in comparison to the motion of the air. Even then, we are told to show that, not assume it.BvU said:
I think you are supposed to treat it as a body of air, at atmospheric pressure, of the same volume as the space to be filled. As such, it is just a mass to be propelled by a constant pressure difference.Some1WhoNeedsHelp said:
@Some1WhoNeedsHelp -- Please post a new thread start with the suggestions that I sent you in a PM. Thank you.Some1WhoNeedsHelp said:
The motion of an air cylinder can be calculated using the equation F = ma, where F is the force applied to the cylinder, m is the mass of the cylinder, and a is the acceleration of the cylinder.
The motion of an air cylinder can be influenced by factors such as the air pressure, the size and shape of the cylinder, and any external forces acting on the cylinder.
Air resistance can slow down the motion of an air cylinder, as it creates a force that opposes the direction of motion. This force increases as the speed of the cylinder increases.
The motion of an air cylinder can be predicted with a certain degree of accuracy using mathematical equations and models. However, external factors such as air turbulence or friction can affect the actual motion of the cylinder.
Yes, calculating the motion of an air cylinder is important in various industries such as manufacturing, transportation, and aerospace. It can also be used in designing and optimizing pneumatic systems and machinery.