The discussion centers on the pressure distribution in a horizontal tube filled with an ideal gas, rotating around its axis. The equation P.A = m.w².r is used to analyze the forces at play, where P is pressure, A is area, m is mass, w is angular velocity, and r is radius. It is concluded that the pressure at the free end of the tube is higher, as it provides the necessary centripetal force for the gas. This conclusion is supported by the understanding that the gas exerts a force on the tube's ends, particularly at the free end.
PREREQUISITESStudents in physics, engineers working with fluid dynamics, and anyone studying the behavior of gases in rotating systems will benefit from this discussion.
Yes.jonny23 said:Homework Statement
If there is a horizontal tube rotating on axis in horizontal plane. it is filled with an ideal gas , So which end will the pressure be higher ?
the end on axis?? or the free end
Homework Equations
P.A= m .w^2 .r
The Attempt at a Solution
i think the free end should have higher pressure which provides centripetal force[/B]
Liquid?jonny23 said:but will the liquid exert a force on free end of tube ??