For a rigid diatomic molecule, universal gas constant R = nCp where 'Cp' is the molar specific heat át constant pressure and 'n' is a number. Hence (n) is equal to A) 0.2257 C) 0.2857 B) 0.4 D) 0.3557
For a rigid diatomic molecule, universal gas constant R = nCp where 'Cp' is the molar specific heat át constant pressure and 'n' is a number. Hence (n) is equal to A) 0.2257 C) 0.2857 B) 0.4 D) 0.3557
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![For a rigid diatomic molecule, universal
gas constant R = nCp where 'Cp' is the
molar specific heat at constant pressure
and 'n’´ is a number. Hence (n) is equal to
A) 0.2257
C) 0.2857
B) 0.4
D) 0.3557](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F039a8603-b47a-4d0c-a97c-61c7e777b7ff%2F6f46cf95-509e-4be3-8777-639dc161f117%2Ftb7e9sg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For a rigid diatomic molecule, universal
gas constant R = nCp where 'Cp' is the
molar specific heat at constant pressure
and 'n’´ is a number. Hence (n) is equal to
A) 0.2257
C) 0.2857
B) 0.4
D) 0.3557
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