Home
Class 11
PHYSICS
A cylindrical chamber A of uniform cross...

A cylindrical chamber `A` of uniform cross section is divided into two parts `X` and `Y` by a movalbe piston `P` which can slide without friction inside the chamber. Initially part `X` contains `1 "mol"` of a monochromatic gas and `Y` contains `2 mol` of a diatomic gas, and the volumes of `X` and `Y` are in the ratio `1:2` with both parts `X` and `Y` being at the same temperature `T`. Assuming the gases to be ideal, the work `W` that will be done in moving the piston slowly to the position where the ratio of the volumes of `X` and `Y` is `2:1` will be

Promotional Banner

Similar Questions

Explore conceptually related problems

A cylindrical vessel made of thermally insulating material is divided into two equal parts by an insulating and. Movable piston. Both parts contain ideal monoatomic gas . The gas in the left part is supplied heat such that the volume of right part becomes one-eight of its initial volume . Work done by the gas in the right part is

A cylindrical vessel made of thermally insulating material is divided into two equal parts by an insulating and. Movable piston. Both parts contain ideal monoatomic gas . The gas in the left part is supplied heat such that the volume of right part becomes one-eight of its initial volume . Work done by the gas in the right part is

A cylindrical vessel of unifrom cross-section consisting of a gas of gamma =1.5 is divided into two parts A and B using a piston. Intially the piston is kept fixed such that part A has pressure p and volume 5 v and the part B has pressure 8 p and volume V. If the piston is let free and the gas is allowed to undergo adiabatic process, then the final volume of the gas in part A is

The area between x=y^(2) and x=4 is divided into two equal parts by the line x =a find the value of a

The area between x=y^2 and x=4 is divided into two equal parts by the line x=a, find the value of a.

The are between x=y^2 and x=4 is divided into two equal parts by the line x=a , find the value of a.

The area between x=y^2 and x = 4 is divided into two equal parts by the line x = a , find the value of a.

A container having volume V contains N atoms of a gas X. 2 N atoms of another gas Y is injected into the container and temperature is raised to T and maintained constant. At this temperature the atoms of X and Y combine to form molecule X_(2) Y. Find the pressure inside the container after the reaction is completed