Question

Alanine and glycine are two of the amino acids that are used to form proteins. The reaction to connect an alanine molecule to a glycine molecule, to form a peptide bond, has $\Delta G = 29 \text{ kJ/mol}$ at 37°C. Part A Do these two amino acids bond spontaneously? Yes, this reaction is spontaneous. No, this reaction is not spontaneous. Submit Previous Answers ? Correct Part B Review | Constants In the body, this bonding reaction is coupled to the hydrolysis of one ATP molecule, a reaction that has $\Delta G = -57 \text{ kJ/mol}$. What is $\Delta G_{tot}$ for the coupled reaction? Express your answer with the appropriate units. ?A $\Delta G_{tot} = $ Value Units ?

          Alanine and glycine are two of the amino acids that
are used to form proteins. The reaction to connect
an alanine molecule to a glycine molecule, to form
a peptide bond, has $\Delta G = 29 \text{ kJ/mol}$ at 37°C.
Part A
Do these two amino acids bond spontaneously?
Yes, this reaction is spontaneous.
No, this reaction is not spontaneous.
Submit
Previous Answers
? Correct
Part B
Review | Constants
In the body, this bonding reaction is coupled to the hydrolysis of one ATP molecule, a reaction that has
$\Delta G = -57 \text{ kJ/mol}$. What is $\Delta G_{tot}$ for the coupled reaction?
Express your answer with the appropriate units.
?A
$\Delta G_{tot} = $ Value
Units
?

Alanine and glycine are two of the amino acids that
are used to form proteins. The reaction to connect
an alanine molecule to a glycine molecule, to form
a peptide bond, has Δ G = 29 kJ/mol at 37°C.
Part A
Do these two amino acids bond spontaneously?
Yes, this reaction is spontaneous.
No, this reaction is not spontaneous.
Submit
Previous Answers
? Correct
Part B
Review | Constants
In the body, this bonding reaction is coupled to the hydrolysis of one ATP molecule, a reaction that has
Δ G = -57 kJ/mol. What is Δ Gtot for the coupled reaction?
Express your answer with the appropriate units.
?A
Δ Gtot = Value
Units
?

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