Easy Tutorial
For Competitive Exams

A molecule of mass m moving with a velocity v makes 5 elastic collisions with a wall of the container per second. The change in its momentum per second will be

mv
5 mv
$\dfrac{\text{mv}}{10}$
10 mv
Additional Questions

The temperature of a gas is –68°C. to what temperature should it be heated, so that the r.m.s. velocity of the molecules be doubled?

Answer

Following gases are kept at the same temperature. Which gas possesses maximum r.m.s. speed?

Answer

Speed of 3 molecules of a gas are 3 m/s, 4 m/s and 5 m/s. R.m.s. speed of these molecule is,

Answer

What is the true for 3 moles of a gas?

Answer

The pressure exerted in terms of total kinetic energy per unit volume (E) is

Answer

At what temperature, the r.m.s. speed of the molecules of a gas is half its value at NTP?

Answer

Calculate the RMS velocity of molecules of a gas of which the ratio of two specific heats is 1.42 and velocity of sound in the gas is 500 m/s

Answer

An ideal gas exert a pressure P. the mean kinetic energy per unit volume is E. which of the following relations is correct –

Answer

The difference between the principal specific heats of nitrogen is 300 J/kg K and ratio of the two specific heats is 1.4. Then the CP is

Answer

PV/3 = RT, V represents volume of

Answer
Share with Friends
Privacy Copyright Contact Us