Question 2 (2.0 points): One mole of a diatomic gas (A) are isothermally & reversibly compressed from 0.5 bar and 300 K to 2 bar. If
(A)
is a real gas which
EOS
is:
Z=P(V)/(R)T=1.0-0.05P(P[/bar ])
, calculate enthalpy change of the process using the following relation:
h_(2)-h_(1)=\int_(T_(1))^(T_(2)) c_(p)dT+\int_(P_(2))^(P_(2)) [v-T((delv)/(delT))_(P)]dP

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Question 2 (2.0 points): One mole of a diatomic gas (A) are isothermally & reversibly compressed from 0.5 bar and 300 K to 2 bar. If

(A)

is a real gas which

EOS

is:

Z=P(V)/(R)T=1.0-0.05P(P[/bar ])

, calculate enthalpy change of the process using the following relation:

h_(2)-h_(1)=\int_(T_(1))^(T_(2)) c_(p)dT+\int_(P_(2))^(P_(2)) [v-T((delv)/(delT))_(P)]dP

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