What is kinetic gas equation ?

Deduce and explain Boyle's law and Charles' law on the basis of kinetic gas equation.

Write the kinetic gas equation and express it as P = (2)/(3) E , where E is the kinetic energy per unit volume.

State Dalton's law of partial pressures . Derive the same from the kinetic gas equation .

A small steel sphere of mass m and radius r rolls without slipping on the fiictionless surface of a large hemisphere of radius R {R gt gt r) whose axis of symmetry is vertical. It starts at the top from the rest, (a) What is the kinetic energy at the bottom ? (b) What fraction is the rotational kinetic energy of the total kinetic energy ? (c) What fraction is the rotational kinetic energy of the total kinetic energy? (d) What fraction is the translational kinetic energy of the total kinetic energy?

Correct gas equation is :

Write ideal gas equation.

A light container having a diatomic gas enclosed with in is moving with velocity v. Mass of the gas is M and number of moles is n, a. What is the kinetic energy of gas w.r.t. centre of mass of the system ? b. What is K.E. of gas w.r.t. ground ?

A light container having a diatomic gas enclosed within is moving with velocity V . Mass of the gas is M and number of moles is n . (i) What is the kinetic energy of gas w.r.t. centre of mass of the system? (ii) What is K.E. of gas w.r.t. ground?

What is the kinetic energy of an object ?

For the given ideal gas equation PV=nRT , answer the following questions: Which of the following does not represent ideal gas equation?