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Internal energy (U) is given as:
Number of moles (n) x Temperature of gas (K) x Heat capacity at constant volume (Cv)
Heat capacity for O2 is 5R/2 since it is a diatomic molecule
Therefore substituting values of n = 1, K = 298K
U = 1490 (Units in terms of calories, R = 2 cal)
Number of moles (n) x Temperature of gas (K) x Heat capacity at constant volume (Cv)
Heat capacity for O2 is 5R/2 since it is a diatomic molecule
Therefore substituting values of n = 1, K = 298K
U = 1490 (Units in terms of calories, R = 2 cal)
Answered by
4
♥★Hola dear♥★
answer:-
_____________________________________♥
Given that
No. of molecules = ( n ) x
Temperature of gas ( K ) x heat
Capacity of constant volume ( cv )
Heat capacity for O2 is 5R / 2 as it is a disatomic molecule.
therefore, 1, K = 298 K
U = 1940
♥★Hope it helps♥★
answer:-
_____________________________________♥
Given that
No. of molecules = ( n ) x
Temperature of gas ( K ) x heat
Capacity of constant volume ( cv )
Heat capacity for O2 is 5R / 2 as it is a disatomic molecule.
therefore, 1, K = 298 K
U = 1940
♥★Hope it helps♥★
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