A vessel is filled with a mixture of two different gases. State with reason (i) will the mean K.E. Per molecule of both the gases be equal ?(ii) Will the root mean square velocities of the molecules be equal (iii) will the pressure be equal ?

Two different gases at the same temperature have equal root mean square velocities.

At what temperature is the root mean square velocity of gaseous hydrogen molecules is equal to that of oxygen molecules at 47^(@)C

At what temperature is the root mean square velocity of gaseous hydrogen molecules is equal to that of oxygen molecules at 47^(@)C ?

If a molecule of krypton is 2.25 times heavier than a molecule of hydrogen, what would be the ratio of their root mean square velocities in a mixture of equal masses of the two gases ?

A vessel is partitioned in two equal halves by a fixed diathermic separator. Two different ideal gases ae filled in left (L) and right (R) halves the rms speed of the molecules in L part is equal to the mean speed of moleucles in the R equal to the ratio of the mass of a molecules in L part to that of a molecules in R part is

Calculate for hydrogen at 27^(@) (i) KE of one gram mole of the gas (ii) KE of one gram of the gas (iii) root mean square velocity of the molecule. Given, molecule wt. Of hydrogen = 2.

A mixture of two gases is contained in a vessel. The Gas 1 is monoatomic and gas 2 is diatomic and the ratio of root mean square speeds of the molecules of two gases is