Gas molecules each of mass `10^(-26)` kg are taken in a container of volume `1 dm^(3)` . The root mean square speed of gas molecules is 1 km `sec^(-1)` .What is the temperature fo gas molecules. (Given : `N_(A) =6xx10^(23),R=8J//mol.K`)
Calculate the pressure exerted by 10^(23) gas particles each of mass 10^(- 22) g in a container of volume 1 dm^(3) . The root mean square speed is 10^(5) cms^(- 1)
The root mean square velocity of a gas molecule of mass m at a given temperature is proportional to
The root mean square velocity of a gas molecule of mass m at a given temperature is proportional to
The root mean square velocity of a gas molecule at any temperature T K of a gas molecule of molecular weight M is
6xx10^(22) gas molecules each of mass 10^(-34)kg are taken in a vessel of 10 litre. What is the pressure exerted by gas molecules ? The root mean square speed of gas molecules is 100 m//s .
6 xx 10^(22) gas molecules each of mass 10^(-24) kg are taken in a vessel of 10 litre. What is the pressure exerted by gas molecules? The root mean square speed of gas molecules is 100 m/s.
Four molecule of a gas are having speeds of 1, 4, 8 and 16 ms^(-1) . The root mean square velocity of the gas molecules is
Calculate the pressure exerted by 10^(23) gas molecules each of mass 10^(-22) g in a container of volume 1 litre the rms speed is 10^(5) cm s^(-1)
