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Assertion: Cyclohexanone exhibits keto-e...

Assertion: Cyclohexanone exhibits keto-enol tautomerism.
Reason : In Cyclohexanone, one from contains the keto group while other contains enolic group `(-C = C - OH)`

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Assertion: Cyclohexanone exhibits keto-enol tautomerism. Reason: In cyclohexanone, one form contains the keto group (C=O) while other contains enolic group (-C=C-OH) .

Assertion: Cyclohexane exhibits keto-enol tautomerism. Reason: In cyclohexanone, one form contains the keto group (C=O) while other contains enolic group (-C=C-OH) .

which molecule will be exhibit keto-enol tautomerism ?

Statement-1: Cyclopentanone exhibits keto enol tautomerism. and Statement-2: Cyclopentanone has two hydrogen atoms attached to the carbon atom adjacent to carbonyl.

Statement-1: Cyclopentanone exhibits keto enol tautomerism. and Statement-2: Cyclopentanone has two hydrogen atoms attached to the carbon atom adjacent to carbonyl.

Statement-1: Cyclopentanone exhibits keto enol tautomerism. and Statement-2: Cyclopentanone has two hydrogen atoms attached to the carbon atom adjacent to carbonyl.

Assertion: , will show tautomerisum. Reason: It contains alpha- hydrogen atom near keto group.