Question is ⇒ During the unfolding reaction of a helix, breakage of each hydrogen bond requires about 2kJ/mol. This implies hydrogen bonds are, Options are ⇒ (A) much stronger in proteins than in water, (B) not reformed with water, (C) slightly weaker in proteins than in water, (D) slightly stronger in proteins than in water, (E) , Leave your comments or Download question paper.

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Question is ⇒ During the unfolding reaction of a helix, breakage of each hydrogen bond requires about 2kJ/mol. This implies hydrogen bonds are, Options are ⇒ (A) much stronger in proteins than in water, (B) not reformed with water, (C) slightly weaker in proteins than in water, (D) slightly stronger in proteins than in water, (E) , Leave your comments or Download question paper. Previous question Next question


Q1.	During the unfolding reaction of a helix, breakage of each hydrogen bond requires about 2kJ/mol. This implies hydrogen bonds are
A.	much stronger in proteins than in water [Wrong Answer]
B.	not reformed with water [Wrong Answer]
C.	slightly weaker in proteins than in water [Wrong Answer]
D.	slightly stronger in proteins than in water [Correct Answer]
View Answer 5 -2 Explanation:- Answer : D Discuss it below : !! OOPS Login [Click here] is required to post your answer/result Help other students, write article, leave your comments

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Also Read Similar Questions Below :

⇒ If the Standard Gibb's free energy, ΔG°, for a reaction is positive then
the products will be favored
the reactants will be favored
the concentration of the reactants and products will be equal
all of the reactant will be converted to product

⇒ During the unfolding reaction of a helix, breakage of each hydrogen bond requires about 2kJ/mol. This implies hydrogen bonds are
much stronger in proteins than in water
not reformed with water
slightly weaker in proteins than in water
slightly stronger in proteins than in water

⇒ The Standard Gibb's free energy, ΔG°, is
the residual energy present in the reactants at equilibrium
the residual energy present in the products at equilibrium
the difference in the residual energy of reactants and products at equilibrium
the energy required to convert one mole of reactants to one mole of products

⇒ The unfolding of regular secondary structure causes
little increase in the entropy of protein
large decrease in the entropy of the protein
no change in the entropy of the protein
large increase in the entropy of the protein

⇒ If the enthalpy change for a reaction is zero, ΔG° is equal to
TΔS°
-TΔS°
-ΔH°
lnK_eq

⇒ Reactions that have positive standard free energy changes (ΔG_o> 0) can be made to occur in cells by
coupling them with exergonic reactions via a common intermediate
manipulating the concentrations of products and reactants such that G/<0
coupling them to the hydrolysis of ATP
all of the above

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