Which one of the following best describes how the rate of the reaction between 3º alkyl halide with ethanol would change if the concentrations of both the 3º alkyl halide and alcohol were tripled? A) The rate would remain the same. B) The rate would double. C) The rate would triple. D) The rate would increase by a factor of nine.
Which one of the following best describes how the rate of the reaction between 3º alkyl halide with ethanol would change if the concentrations of both the 3º alkyl halide and alcohol were tripled? A) The rate would remain the same. B) The rate would double. C) The rate would triple. D) The rate would increase by a factor of nine.
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Related questions
Be sure to answer all parts.
Consider the following SN2 reaction:
What happens to the reaction rate in each of the following instances?
| Part 1: |
The leaving group is changed from Brâ to Iâ.
The reaction is
not changedfasterslower
.
| Part 2: |
The solvent is changed from acetone to
CH3CH2OH
.
The reaction rate
increasesdecreasesstays the same
.
| Part 3: |
The alkyl halide is changed from
CH3(CH2)4Br
to
CH3CH2CH2CH(Br)CH3.
The reaction rate
increasesdecreasesstays the same
.
| Part 4: |
The concentration of âCN is increased by a factor of 9.
Reaction rate will
decreaseincrease
by a factor of
.
| Part 5: |
The concentration of both the alkyl halide and âCN are increased by a factor of 3.
Reaction rate will
increase
by a factor of ............?????? I got this one wrong. What is it? ( THIS IS THE ONLY ONE I GOT WRONG IN All THE PARTS)
