PRESSURE OF AN IDEAL GAS & RMS SPEED

Concept Of Ideal Gas |Kinetic Theory Of Gas |Pressure Of Ideal Gas |Ideal Gas Equation

RMS speed of a particle is V_(rms) at pressure P. if pressure is increased to two times, then at constant temperature rms speed becomes

RMS speed of a particle is V_(rms) at pressure P. if pressure is increased to two times, then at constant temperature rms speed becomes

At what temperature, pressure remaining constant will the r.m.s. speed of a gas molecules increase by 10% of the r.m.s speed at STP?

At what temperature, pressure remaining constant will the r.m.s. speed of a gas molecules increase by 10% of the r.m.s speed at STP?

The R.M.S. velocity of an ideal gas at constant pressure varies with density (d) as

RMS speed of gas molecule at 27^oC and 1 atm pressure is 200 m/s and rms speed at 127^oC and 2 atm pressure is (200/sqrt3)x .Find value of x

The r.m.s speed of the molecules of an ideal gas Is V_0 If pressure of the gas is halved but temperature is kept constant then r.m.s. speed of the gas molecule will be

The r.m.s speed of the molecules of an ideal gas Is V_0 If pressure of the gas is halved but temperature is kept constant then r.m.s. speed of the gas molecule will be

An ideal gas in a closed container is heated so that the final rms speed of the gas particles increases by 2 times the initial rms speed. If the initial gas temperature is 27^(@)C , then the final temperature of the ideal gas is :