Home
Class 11
CHEMISTRY
What is the pressure exerted by 10^(23) ...

What is the pressure exerted by `10^(23)` gas molecules, each molecule of mass `10^(-23)`g, present in a container of volume one L and RMS speed of `1000 m s^(-1)`?

Text Solution

Verified by Experts

Kinetic gas equation `PV = (1)/(3) mnC^(2)`
Pressure of the gas (P) ` = (mnC^(2))/(3V) = (10^(-23) xx 10^(23) xx 10^(10))/(3 xx 1000) = 3.33 xx 10^(8)` dyne `cm^(-2)`
Promotional Banner

Similar Questions

Explore conceptually related problems

16 g each of H_(2), He and O_(2) are present in a container exerting 10 atm pressure at T(K). The pressure in atm exerted by 16 g each of He and O_(2) in the second container of same volume and temperature is

R.M.S velocity of ethane molecules when one mole of ethane is present in 10 lt vessel at 10 atm is

A sample of a polymer contains 200 molecules of molecular mass 10^(3) each, 300 molecules of molecular mass 10^(4) each and 500 molecules each having 10^(5) as a molecular mass. Mn is

What is r.m.s speed of O_(2) molecule if its kinetic energy is 2 k cal "mol"^(-1) ?

The mass of H_(2) molecule is 3.32xx10^(-24) g .If 10^(23) hydrogen molecules per second strike 2 cm^(2) of wall at an angle of 45^(@) with the normal,when moving with a speed of 10^(5) cm/s,the pressure exerted on the wall is nearly

IF the volume of each molecule is 3.4 xx 10^(-24) cc, calculate the vacant space of 8 g of oxygen gas at 27^(@)C and one atmosphere pressure.