please help NADH +0t H' NAD'+ HyOAbo--220B. i) Calculale achual 0G for transporting profons insido to outsideFly membrane , t the effhenay of conering He lice energy of theelectron transfer ?1) Caleulate actual AGo for synthesizing the ATP molecales andeieney of converting "free enorgy Psynthesis,of elechon transfer to ATPmoes of ATP world be synthlesized duringC. Calculate how mangthe complute DxidatioN of Imol.of Glucos.e by glycalysis, cihic acid+ emifochondrial e chaine in the liver of Hhis animal,Glucose t lo0g t _ADP+_li 760gt GHy0 t_ATP t_ H2OtheD Discuss haw the para metus in parts A),B) tO inanimal are differnt from those in anomal animal, what challeces.or benehits wilit hare.

Reduced coenzymes NADH and FADH2 retains most of the free energy produced during the process glucose…

Answered: NADH +0t H- NAD*+ HyO AG -220 B. i)…

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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NADH +0t H' NAD'+ HyO
Abo-
-220
B. i) Calculale achual 0G for transporting profons insido to outside
Fly membrane , t the effhenay of conering He lice energy of the
electron transfer ?
1) Caleulate actual AGo for synthesizing the ATP molecales and
eieney of converting "free enorgy P
synthesis,
of elechon transfer to ATP
moes of ATP world be synthlesized during
C. Calculate how mang
the complute DxidatioN of Imol.of Glucos.e by glycalysis, cihic acid
+ emifochondrial e chaine in the liver of Hhis animal,
Glucose t lo0g t _ADP+_li 760gt GHy0 t_ATP t_ H2O
the
D Discuss haw the para metus in parts A),B) tO in
animal are differnt from those in anomal animal, what challeces.
or benehits wil
it hare.

Expert Solution

Step 1

Reduced coenzymes NADH and FADH₂ retains most of the free energy produced during the process glucose oxidation to CO₂during the processes of Glycolysis and TCA cycle. The electrons from these reduced coenzymes are released and are transferred to O₂, which forms H₂O.

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