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The Pepsin-Catalyzed Hydrolysis of Carbobenzene-1-Glutamyl-1-Tyrosine Ethyl Ester Was Found to Have

Question 140

Multiple Choice

The pepsin-catalyzed hydrolysis of carbobenzene-1-glutamyl-1-tyrosine ethyl ester was found to have the following relation between rate constant and temperature:
K = 2.66×108 mol/L × s at 24 ° C and k = 14.4×108 mol/L × s at 38 ° C. Given (R = 8.314 J/mol × K) , the activation energy for this reaction in J × mol - 1 can be calculated using:


A) E A = The pepsin-catalyzed hydrolysis of carbobenzene-1-glutamyl-1-tyrosine ethyl ester was found to have the following relation between rate constant and temperature: K = 2.66×10<sup>8</sup> mol/L × s at 24 ° C and k = 14.4×10<sup>8</sup> mol/L × s at 38 ° C. Given (R = 8.314 J/mol × K) , the activation energy for this reaction in J × mol<sup> - 1</sup> can be calculated using: A)  E A =   B)  E A =   C)  E A =   D)  E A =   E)  E A =
B) E A = The pepsin-catalyzed hydrolysis of carbobenzene-1-glutamyl-1-tyrosine ethyl ester was found to have the following relation between rate constant and temperature: K = 2.66×10<sup>8</sup> mol/L × s at 24 ° C and k = 14.4×10<sup>8</sup> mol/L × s at 38 ° C. Given (R = 8.314 J/mol × K) , the activation energy for this reaction in J × mol<sup> - 1</sup> can be calculated using: A)  E A =   B)  E A =   C)  E A =   D)  E A =   E)  E A =
C) E A = The pepsin-catalyzed hydrolysis of carbobenzene-1-glutamyl-1-tyrosine ethyl ester was found to have the following relation between rate constant and temperature: K = 2.66×10<sup>8</sup> mol/L × s at 24 ° C and k = 14.4×10<sup>8</sup> mol/L × s at 38 ° C. Given (R = 8.314 J/mol × K) , the activation energy for this reaction in J × mol<sup> - 1</sup> can be calculated using: A)  E A =   B)  E A =   C)  E A =   D)  E A =   E)  E A =
D) E A = The pepsin-catalyzed hydrolysis of carbobenzene-1-glutamyl-1-tyrosine ethyl ester was found to have the following relation between rate constant and temperature: K = 2.66×10<sup>8</sup> mol/L × s at 24 ° C and k = 14.4×10<sup>8</sup> mol/L × s at 38 ° C. Given (R = 8.314 J/mol × K) , the activation energy for this reaction in J × mol<sup> - 1</sup> can be calculated using: A)  E A =   B)  E A =   C)  E A =   D)  E A =   E)  E A =
E) E A = The pepsin-catalyzed hydrolysis of carbobenzene-1-glutamyl-1-tyrosine ethyl ester was found to have the following relation between rate constant and temperature: K = 2.66×10<sup>8</sup> mol/L × s at 24 ° C and k = 14.4×10<sup>8</sup> mol/L × s at 38 ° C. Given (R = 8.314 J/mol × K) , the activation energy for this reaction in J × mol<sup> - 1</sup> can be calculated using: A)  E A =   B)  E A =   C)  E A =   D)  E A =   E)  E A =

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