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. The kinetic energy of gas w.r.t ground is

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 with in 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?

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?

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?

A thermally insulated vessel containing diatomic gas of molar mass M is moving with velocity v. the temperature of gas is T. if it is suddenly stopped, then

A diatomic gas of molecular mass 40 g/mol is filled in rigid container at temperature 30^@ C . It is moving with velocity 200 m/s. If its is suddenly stopped, the rise in the temperature of the gas is

A diatomic gas of molecular mass 40 g/mol is filled in rigid container at temperature 30^@ C . It is moving with velocity 200 m/s. If its is suddenly stopped, the rise in the temperature of the gas is