EASY
Agniveer Vayu
IMPORTANT
Earn 100

By what percentage should the pressure of the given mass of gas be increased so to decrease its volume by 10% at a constant temperature?

50% studentsanswered this correctly

Important Questions on Kinetic Theory

EASY
Agniveer Vayu
IMPORTANT
Achieve Indian Airforce Agniveer Vayu Physics Practice Book>Chapter 13 - Kinetic Theory>Exercise>Q 6
The constant quantity for equal volume of two gases at same pressure and temperature is,
EASY
Agniveer Vayu
IMPORTANT
Achieve Indian Airforce Agniveer Vayu Physics Practice Book>Chapter 13 - Kinetic Theory>Exercise>Q 7
The graph between Volume and Temperature in Charles’ law is ?
EASY
Agniveer Vayu
IMPORTANT
Achieve Indian Airforce Agniveer Vayu Physics Practice Book>Chapter 13 - Kinetic Theory>Exercise>Q 8
Which one is the correct value of Boltzmann constant.
EASY
Agniveer Vayu
IMPORTANT
Achieve Indian Airforce Agniveer Vayu Physics Practice Book>Chapter 13 - Kinetic Theory>Exercise>Q 9
A gas behaves very similar to an ideal gas at
EASY
Agniveer Vayu
IMPORTANT
Achieve Indian Airforce Agniveer Vayu Physics Practice Book>Chapter 13 - Kinetic Theory>Exercise>Q 10
1 g of oxygen gas at STP occupies the volume
EASY
Agniveer Vayu
IMPORTANT
Achieve Indian Airforce Agniveer Vayu Physics Practice Book>Chapter 13 - Kinetic Theory>Exercise>Q 11
On a day during the Monsoon season, the relative humidity at a place is 90% and the temperature is 15°C. The saturation vapour pressure of water at this temperature is 0.0169×105 Pa. The partial pressure of water vapour in the air on that day is
MEDIUM
Agniveer Vayu
IMPORTANT
Achieve Indian Airforce Agniveer Vayu Physics Practice Book>Chapter 13 - Kinetic Theory>Exercise>Q 12
'P' is the pressure and ‘d' is the density of a gas at constant temperature. Then
MEDIUM
Agniveer Vayu
IMPORTANT
Achieve Indian Airforce Agniveer Vayu Physics Practice Book>Chapter 13 - Kinetic Theory>Exercise>Q 1
Pressure remaining the same, volume of a given mass of an ideal gas increases for every degree centigrade rise in temperature by a definite fraction of its volume at: