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. For a protein denaturation at at T=310 K and P=1 atm, the enthalpy change is...

. For a protein denaturation at at T=310 K and P=1 atm, the enthalpy change is 911 kJ/mol and the entropy change is 3.12 J/(mol K). Calculate the Gibbs energy change at T=310K and P=1 atm. Calculate the Gibbs energy change at T=310 K and P=1000 bar. Assume for the denaturation volume change V=3 mL/mol.
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Selii We are that, at he ethalpy A H911Kel Remt T-310K and 311 KJ/mel 911X 103/met P= 1 atm, e 3j2J/metk and AS at T- 31o K,Jalm 3 ar; ie Jalm 1bar Housever, Gibbs is calculated as at T= 310k and P- 1000ar gchage - 2.303X nRT AG Tooo 2.303 X 1X83 14

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