Home
Class 11
PHYSICS
The mass of hydrogen molecule is 3.23 xx...

The mass of hydrogen molecule is `3.23 xx 10^(23)` hydrogen molecules strike `2 cm^(2)` of a wall per second at an angle of `45^(@)` with the normal when moving with a speed of `10^(5) cm s^(-1)`, what pressure do they exert on the wall ? Assume collision to be elasitc.

Promotional Banner

Similar Questions

Explore conceptually related problems

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

The mass of hydrogen molecule is 3.32xx10^(-27) kg. If 10^(23) hydrogen molecules strick per second at 2 cm^(2) area of a rigid wall at an angle of 45^(@) from the normal and rebound back with a speed of 1000 ms^(-1) , then the pressure exerted on the wall is

The mass of hydrogen molecule is 3.32xx10^(-27) kg. If 10^(23) hydrogen molecules strick per second at 2 cm^(2) area of a rigid wall at an angle of 45^(@) from the normal and rebound back with a speed of 1000 ms^(-1) , then the pressure exerted on the wall is

The mass of hydrogen molecule is 3.32xx10^(-27) kg. If 10^(23) hydrogen molecules strikes per second at 2 cm^(2) area of a rigid wall at an angle of 45^(@) from the normal and rebound back with a speed of 1000 ms^(-1) , then the pressure exerted on the wall is

The mass of hydrogen molecule is 3.32xx10^(-27) kg. If 10^(23) hydrogen molecules strick per second at 2 cm^(2) area of a rigid wall at an angle of 45^(@) from the normal and rebound back with a speed of 1000 ms^(-1) , then the pressure ezxeted on the wass is

If 10^(20) oxygen molecules per second strike 4cm^(2) of wall at an angle of 30^(@) with the normal when moving at a speed of 2xx10^(3)ms^(-1) , find the pressure exerted on the wall. (mass of 1O_(2) atom = 2.67xx10^(-26)kg )