16- II CH3-c -NH2 + H2O → H2S + CH;-C -NH2 The hydrolysis of thioacetamide is used to generate H,S as shown by the equation above. The rate of the reaction is given by the rate law as follows: II rate = k[H*][CH3-c-NH2] Consider a solution which is 0.10 molar in H+ and 0.10 molar in thioacetamide at 25° for each of the changes listed in (1), (2) and (3) below, state whether (a) the rate of reaction increases, decreases or remains the same. (b) the numerical value of k increases, decreases or remains the same. (1) Sodium acetate is added to the solution. (2) The solution is heated to 75°C. (3) Water is added to the solution. Give a brief explanation for each of your answers.
16- II CH3-c -NH2 + H2O → H2S + CH;-C -NH2 The hydrolysis of thioacetamide is used to generate H,S as shown by the equation above. The rate of the reaction is given by the rate law as follows: II rate = k[H*][CH3-c-NH2] Consider a solution which is 0.10 molar in H+ and 0.10 molar in thioacetamide at 25° for each of the changes listed in (1), (2) and (3) below, state whether (a) the rate of reaction increases, decreases or remains the same. (b) the numerical value of k increases, decreases or remains the same. (1) Sodium acetate is added to the solution. (2) The solution is heated to 75°C. (3) Water is added to the solution. Give a brief explanation for each of your answers.
Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter11: Chemical Kinetics
Section: Chapter Questions
Problem 5ALQ: Consider the following statements: In general, the rate of a chemical reaction increases a bit at...
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Question
![16-
S
||
CH;-C -NH, + H0 → H,S + CH;-C -NH,
The hydrolysis of thioacetamide is used to generate H2S as shown by the equation above. The rate of
the reaction is given by the rate law as follows:
||
rate = k[H*][CH3-C -NH2]
Consider a solution which is 0.10 molar in H+ and 0.10 molar in thioacetamide at 25° for each of the
changes listed in (1), (2) and (3) below, state whether
(a) the rate of reaction increases, decreases or remains the same.
(b) the numerical value of k increases, decreases or remains the same.
(1) Sodium acetate is added to the solution.
(2) The solution is heated to 75°C.
(3) Water is added to the solution.
Give a brief explanation for each of your answers.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F260b4cac-42b0-4510-9afe-09c6f383e4e2%2Ffbbb40fc-4e28-4b96-9d0a-3dd312e65dfd%2Fxh0apzg_processed.png&w=3840&q=75)
Transcribed Image Text:16-
S
||
CH;-C -NH, + H0 → H,S + CH;-C -NH,
The hydrolysis of thioacetamide is used to generate H2S as shown by the equation above. The rate of
the reaction is given by the rate law as follows:
||
rate = k[H*][CH3-C -NH2]
Consider a solution which is 0.10 molar in H+ and 0.10 molar in thioacetamide at 25° for each of the
changes listed in (1), (2) and (3) below, state whether
(a) the rate of reaction increases, decreases or remains the same.
(b) the numerical value of k increases, decreases or remains the same.
(1) Sodium acetate is added to the solution.
(2) The solution is heated to 75°C.
(3) Water is added to the solution.
Give a brief explanation for each of your answers.
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