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At absolute zero temperature may be defined as that temperature at which
Pressure exerted by an ideal gas molecule is given by the expression
If the r.m.s speed of oxygen at NTP is x m/s. If the gas is heated at constant pressure till its volume is four fold, what will be its final temperature and r.m.s speed?
In a mixture of ideal gases at a fixed temperature the heavier molecule has the lower average speed. This is easiest to conclude from the equation
According to kinetic theory of gases, 0K is that temperature at which for an ideal gas
The kinetic energy of one mole of an ideal gas is E=3/2 RT. Then C_{ρ} will be
Value of gas constant, R for one mole of a gas is independent of the
The pressure exerted by an ideal gas is numerically equal to _________ of the mean kinetic energy of translation per unit volume of the gas.
The average kinetic energy of a molecule in an ideal gas is
102 videos416 docs121 tests

Test: Kinetic Theory  2 Test  30 ques 
Irodov Solutions: Equation of The Gas State Processes Doc  14 pages 
NCERT Textbook: Kinetic Theory Doc  15 pages 
Short Tricks for Revision: Kinetic Theory of Gases Video  16:36 min 
Important Formulas: Thermometry, Thermal Expansion & Kinetic Theory of Gases Doc  4 pages 
102 videos416 docs121 tests

Test: Kinetic Theory  2 Test  30 ques 
Irodov Solutions: Equation of The Gas State Processes Doc  14 pages 
NCERT Textbook: Kinetic Theory Doc  15 pages 
Short Tricks for Revision: Kinetic Theory of Gases Video  16:36 min 
Important Formulas: Thermometry, Thermal Expansion & Kinetic Theory of Gases Doc  4 pages 