Draw the mechanism for the formation of this product.H₂C:Br:CH₂+ :=NEdit DrawingWhat is the rate equation of this reaction?O Rate = k[2-bromopentane]Rate = k[2-bromopentane]x[NaCN]O Rate = k[2-bromopentane]+[NaCN]O Rate = k[NaCN]Rate = k[2-bromopentane]/[NaCN]H₂CN:CH3 Would the process occur at a faster rate if the concentration of cyanide was doubled?Yes, it would occur at a faster rate because SN2 rate is dependent on the concentration of the nucleophile.Yes, it would occur at a faster rate because SN1 rate is dependent on the concentration of the nucleophile.No, the rate would not change because SN1 rate depends only on the concentration of the substrate.No, the rate would not change because SN2 rate depends only on the concentration of the substrate.Select all of the following that are true about this reaction.The reaction proceeds through a concerted mechanism.The reaction proceeds through a step-wise mechanism.The energy diagram for this reaction isEReaction coordinate

In this reaction CN- act as a nucleophile & attack on 2-bromopentane & Br- leave . This…

Draw the mechanism for the formation of this product. H₂C :Br: CH3 + N Edit Drawing What is the rate equation of this reaction? O Rate = k[2-bromopentane] Rate = k[2-bromopentane]x[NaCN] O Rate = k[2-bromopentane]+[NaCN] O Rate = k[NaCN] Rate = k[2-bromopentane]/[NaCN] H₂C N: CH3

Draw the mechanism for the formation of this product. H₂C :Br: CH3 + N Edit Drawing What is the rate equation of this reaction? O Rate = k[2-bromopentane] Rate = k[2-bromopentane]x[NaCN] O Rate = k[2-bromopentane]+[NaCN] O Rate = k[NaCN] Rate = k[2-bromopentane]/[NaCN] H₂C N: CH3

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

Draw the mechanism for the formation of this product.
H₂C
:Br:
CH₂
+ :=N
Edit Drawing
What is the rate equation of this reaction?
O Rate = k[2-bromopentane]
Rate = k[2-bromopentane]x[NaCN]
O Rate = k[2-bromopentane]+[NaCN]
O Rate = k[NaCN]
Rate = k[2-bromopentane]/[NaCN]
H₂C
N:
CH3

Would the process occur at a faster rate if the concentration of cyanide was doubled?
Yes, it would occur at a faster rate because SN2 rate is dependent on the concentration of the nucleophile.
Yes, it would occur at a faster rate because SN1 rate is dependent on the concentration of the nucleophile.
No, the rate would not change because SN1 rate depends only on the concentration of the substrate.
No, the rate would not change because SN2 rate depends only on the concentration of the substrate.
Select all of the following that are true about this reaction.
The reaction proceeds through a concerted mechanism.
The reaction proceeds through a step-wise mechanism.
The energy diagram for this reaction is
E
Reaction coordinate

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