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Increasing the concentration of an elect...

Increasing the concentration of an electrophile in a typical `S_(N^2)` reaction by a factor of 3 and the concentration of the nucleophile by a factor of 3 will change the reaction rate to :

A

increase by a factor of 6

B

increase by a factor of 9

C

decrease by a factor of 3

D

remain about the same

Text Solution

Verified by Experts

The correct Answer is:
B
Rate of `S_(N^2)` = K [ Substrate] [Nu]
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MS CHOUHAN-ALKYL HALIDES (SUBSTITUTION REACTIONS)-LEVEL-2
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  2. Statement - 1 : Nucleophilicity order in polar-protic solvent is I^(-)...

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  3. Statement - 1 : CH(3) - CH(2) - Cl + Nal overset("Acetone") rarr CH(3)...

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  4. Encircle whichever of the following:

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  5. Encircle whichever of the following: undergoes S(N^2) reaction more...

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  6. Encircle whichever of the following: undergoes S(N^1) reaction more r...

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  7. Encircle whichever of the following: undergoes an E2 reaction to giv...

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  8. Encircle whichever of the following: reacts with Nal to give (Z) - 1...

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  9. Encircle whichever of the following: undergoes S(N^(1)) reaction mo...

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  10. Encircle whichever of the following : undergoes S(N^2) reaction mor...

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  11. Encircle whichever of the following : undergoes an E1 reaction more ...

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  12. Encircle whichever of the following : undergoes an S(N^1) reaction m...

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  13. Encircle whichever of the following : undergoes an S(N^2) reaction m...

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  14. Encircle whichever of the following : undergoes an E2 reaction more ...

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  15. Match the column :

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  16. Matrix :

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  17. Encircle whichever of the following : undergoes an S(N^2) reaction m...

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  18. Encircle whichever of the following : undergoes an S(N^1) reaction m...

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  19. Encircle whichever of the following : undergoes an S(N^1) reaction m...

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  20. Reativity : Circle the reaction that reacts FASTER by S(N^2) in each p...

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  21. Consider the potential energy diagram given below (X) Name the po...

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