*Determine the Activation Energy for the reaction in both Joules per mole and Kilojoules per mole*Determine the frequency factor (A) for the reaction*Determine the rate constant at 10.0ºC, *Determine the rate constant at 30.0ºC.*If you start the reaction with [C2H5Br] = 0.155M and [OH-] = 0.250M what is the initial rate of the reaction at 10.0ºC and at 30.0ºC. Organic Chemistry is replete with reactions thatare first order in two reactants, second orderoverall. One such reaction is shown below:C2H5Br(aq) + OH (aq)whose rate law is Rate = k[C2H5B1]'[OH¯]'→ C2H5OH(aq)+ Br (aq)The temperature and rate constant data for thisreaction is given in the table below. Based on thatdata: Determine the Activation Energy for thereaction in both Joules per mole and Kilojoules permole, Determine the frequency factor (A) for thereaction, Determine the rate constant at 10.0°C,Determine the rate constant at 30.0°C. If you startthe reaction with [C2H5B1] = 0.155M and [OH¯] =0.250M what is the initial rate of the reaction at10.0°C and at 30.0°C.RateTemperature(°C)Constant,k (M-'s)25.00.000088135.00.00028545.00.00085455.00.0023965.00.00633

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Answered: Determine the Activation Energy for the…

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter11: Chemical Kinetics: Rates Of Reactions

Section11.7: Reaction Mechanisms

Problem 11.12E

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*Determine the Activation Energy for the reaction in both Joules per mole and Kilojoules per mole
*Determine the frequency factor (A) for the reaction

*Determine the rate constant at 10.0ºC, *Determine the rate constant at 30.0ºC.
*If you start the reaction with [C₂H₅Br] = 0.155M and [OH^-] = 0.250M what is the initial rate of the reaction at 10.0ºC and at 30.0ºC.

Organic Chemistry is replete with reactions that
are first order in two reactants, second order
overall. One such reaction is shown below:
C2H5Br(aq) + OH (aq)
whose rate law is Rate = k[C2H5B1]'[OH¯]'
→ C2H5OH(aq)
+ Br (aq)
The temperature and rate constant data for this
reaction is given in the table below. Based on that
data: Determine the Activation Energy for the
reaction in both Joules per mole and Kilojoules per
mole, Determine the frequency factor (A) for the
reaction, Determine the rate constant at 10.0°C,
Determine the rate constant at 30.0°C. If you start
the reaction with [C2H5B1] = 0.155M and [OH¯] =
0.250M what is the initial rate of the reaction at
10.0°C and at 30.0°C.
Rate
Temperature
(°C)
Constant,
k (M-'s)
25.0
0.0000881
35.0
0.000285
45.0
0.000854
55.0
0.00239
65.0
0.00633

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