2.22 A good rule of thumb for free energles (at 25 "C) Is that each 1.4 kcal mohoeenergy ls worth afactor of 10 In the equilibnium constant. A Estimate the equilibrlum binding constant for the assoclation of a receptor with a ligand with a AGassoctation of-9.8 kcal mo B Is this rule of thumb good at both room temperature and the physlological temperature of 37"? AG-9.8 koal moH at 25 C
2.22 A good rule of thumb for free energles (at 25 "C) Is that each 1.4 kcal mohoeenergy ls worth afactor of 10 In the equilibnium constant. A Estimate the equilibrlum binding constant for the assoclation of a receptor with a ligand with a AGassoctation of-9.8 kcal mo B Is this rule of thumb good at both room temperature and the physlological temperature of 37"? AG-9.8 koal moH at 25 C
Organic Chemistry: A Guided Inquiry
2nd Edition
ISBN:9780618974122
Author:Andrei Straumanis
Publisher:Andrei Straumanis
Chapter4: Polar Bonds, Polar Reactions
Section: Chapter Questions
Problem 4E
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Can i get help with the two questions below
![2.22 A good rule of thumb for free energles (at 25 "C) Is that each
1.4 kcal mohoeenergy ls worth afactor of 10 In the equilibnium
constant.
A Estimate the equilibrlum binding constant for the assoclation of a
receptor with a ligand with a AGassoctation of-9.8 kcal mo
B Is this rule of thumb good at both room temperature and the
physlological temperature of 37"?
AG-9.8 koal moH at 25 C](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcb65716b-75d2-4891-81ae-a63a7a39a44b%2F1addc6fb-1ed6-4de0-ac22-58a78d26f1bb%2Fp52c8r.png&w=3840&q=75)
Transcribed Image Text:2.22 A good rule of thumb for free energles (at 25 "C) Is that each
1.4 kcal mohoeenergy ls worth afactor of 10 In the equilibnium
constant.
A Estimate the equilibrlum binding constant for the assoclation of a
receptor with a ligand with a AGassoctation of-9.8 kcal mo
B Is this rule of thumb good at both room temperature and the
physlological temperature of 37"?
AG-9.8 koal moH at 25 C
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