Enzymes Thermodynamics | Swansea University - Edubirdie

University:
Swansea University
Course:
PM134 | Microbiology
Academic year:

2023
Views:

320

Pages:

3
Author:

Sanjeev K

Themodynamice fint and second law can be combinal for making the useful equation. Canergy changes). DG = free energy. DH-chang in enthalpy. (heat cordent of the system). T-Temperature ink (@°(+213) As = change in entropy. Free energy change Amount of - -chorgy A available to do some useful work AG = Standard free energy DS Total = amount of energy which cannot be used for performing work. AG is The rean is spontaneow and going to complete. • negative, The I AG is tre Non spontaneous. A+BC+D. The rean is in, equilibrum. Law of mass action ,vate of reas & conc of of pats. Keq = Con of pats Cone of reactants. Keq = [c] [0] [A] [B] If the rean is spontaneous, keq > 1. A+B C+D. fumwand rean is LOVE Ho keq = (c] [0] [A] [B] Keg-(53) Keq=6/23 Keg > 1. So AG is Negatic gong to complete. the rean is spontaneous. favourable rean. Thu type of rean is called exergonic reaction Car A+B C+D Keq = [] ()() Duis tue, the man is lees favourable t requires External assistance for the completion. Endergonic reaction. Endergonec AA+B CHD. MP ADPH Pi External assistance, is DTP, gonk rean. The Pi will be used to make the rean an ixergonk 19/04/23 ATP-Couplong agord when ATP is added, ATP+H₂O ADD+ Pi AG = -1.3 Kcal/mol This will dive ender endergone reaction more to reaction.

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