The temperature at which real gases obey the ideal gas laws over a wide range of low pressure is called:
The temperature at which real gases obey the ideal gas laws over a wide range of low pressure is called:
A
Critical temperature
B
Inversion temperature
C
Boyle temperature
D
Reduced temperature
Text Solution
Verified by Experts
The correct Answer is:
c
(c) At Boyle's temperature and low pressure Z =1.
At low pressure `Z=1+(b-(a)/(RT))(1)/(V_(m))`
At `T_(B)=a//Rb, " "Z=1`
because `TgtT_(i)` and if gas expanded adiabatically then `Tuarr`
At low pressure `Z=1+(b-(a)/(RT))(1)/(V_(m))`
At `T_(B)=a//Rb, " "Z=1`
because `TgtT_(i)` and if gas expanded adiabatically then `Tuarr`
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Knowledge Check
Temperature below which the gas does not obey ideal gas law is,
Temperature below which the gas does not obey ideal gas law is,
A
Critical temperature
B
Inversion temperature
C
Boyle temperature
D
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A real gas acts as an ideal gas under which condition,
A real gas acts as an ideal gas under which condition,
A
High temperature low pressure
B
Low temperature, high pressure
C
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D
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