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Mayawati Rajesh Om
Asked: 2022-11-09T20:46:25+05:30 In:

Find the emtropy increment of one mole of carbon dioxide when its absolute temperature increases `n = 2.0` times if the process of heating is
(a) isochoric ,
(b) isobaric.
The gas is to be regarded a ideal.

Find the emtropy increment of one mole of carbon dioxide when its absolute temperature increases `n = 2.0` times if the process of heating is
(a) isochoric ,
(b) isobaric.
The gas is to be regarded a ideal.
Parabola
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  1. (a) In an isochoric process the entropy change will be
    `Delta S = int_(T_i)^(T_f) (C_V dT)/(T) = C_V 1n (T_f)/(T_i) = C_V 1n n = (R 1n n)/(gamma -1)`
    For carbon dioxide `gamma = 1.30`
    so, `Delta S = 19.2 “Joule”//.^@K – “mole”`
    (b) For an isobaric process,
    `Delta S = C_p 1n(T_f)/(T_i) = C_p 1n n = (gamma R 1n n)/(gamma -1)`
    =`25 “Joule”//.^@K – “mole”`.

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