A vertical cylinder of height 1.52m is fitted with a movable piston of negligible mass and thickness. The lower half of the cylinder contains ideal gas and upper half is filled with Hg. The cylinder is initially at 300K. When the temperature is raised, half of the mercury comes out of cylinder. The temperature is: (Assume no thermal expansion for Hg)

A vertical hollow cylinder of height 1.52 m is fitted with a movable piston of negligible mass and thickness. The lower half portion of the cylinder contains an ideal gas and the upper half is filled with mercury. The cylinder is initially at 300 K. When the temperature is raised, half of the mercury comes out of the cylinder. Find this temperature, assuming the thermal ·expansion of mercury to be negligible.

A vertical hollow cyclinder of height 1.52 m is fitted with a movable piston of negligible mass and thickness. The lower half portion of the cyclinder contains an ideal gas and the upper half is filled with mercury. The cyclinder is initially at 300 K . When the temperature is raised half of the mercury comes out of the cyclinder. Find the this temperature assuming the thermal expansion of the mercury to be negligible.

A frictionless gas-filled cylinder is fitted with a movable piston, as shown in the figure. The block resting on the top of the piston determines the constant pressure that the gas has. The height his 0.120 m when the temperature is 273 K and increases as the temperature increases. What is the value of h when the temperature reaches 318 K?

A gas is filled in a cylinder fitted with a piston at a definite temperature and pressure. Explain on the basis of kinetic theory, the pressure of the gas increases by raising its temperature.