1. Use curved arrows to draw the mechanisms (pushing electrons) of the following two reactions. Note that each of your mechanism MUST agree with the description below la. This is a SN2 – 2nd order Nucleophilic substitution mechanism (You may draw the curved arrows in the equation below): `Br 1b. This is a SNl – first order Nucleophilic substitution mechanism (hint – you will need draw two separate chemical equations to indicate the two step process. CH3 ci: + H;C-ÖH + H-ci: Note triangle on top of the arrow means heating
1. Use curved arrows to draw the mechanisms (pushing electrons) of the following two reactions. Note that each of your mechanism MUST agree with the description below la. This is a SN2 – 2nd order Nucleophilic substitution mechanism (You may draw the curved arrows in the equation below): `Br 1b. This is a SNl – first order Nucleophilic substitution mechanism (hint – you will need draw two separate chemical equations to indicate the two step process. CH3 ci: + H;C-ÖH + H-ci: Note triangle on top of the arrow means heating
Chemistry
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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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Use curved arrows to draw the mechanisms (pushing electrons) of the following two reactions. Note that each of your mechanisms MUST agree with the description below.
1a.This is a SN2 – 2nd order Nucleophilic substitution mechanism
1b. This is a SN1 – first order Nucleophilic substitution mechanism, you will need to draw two separate chemical equations to indicate the two-step process
step 1.
step 2.
step 3.
Transcribed Image Text:1. Use curved arrows to draw the mechanisms (pushing electrons) of the following two reactions. Note that each of
your mechanism MUST agree with the description below
la. This is a Sn2 – 2nd order Nucleophilic substitution mechanism (You may draw the curved arrows in the
equation below):
This is a SN1 – first order Nucleophilic substitution mechanism (hint – you will need draw two separate chemical
equations to indicate the two step process.
1b.
CH3
CI:
+ H;C-ÖH
+ H-ci:
Note the triangle on top of the arrow means heating
Step 1:
Step 2:
:0:
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