A mixture of 1-heptyne, 2-heptyne, and 3-heptyne was hydrogenated in the presence of a platinum catalyst...
A mixture of 1-heptyne, 2-heptyne, and 3-heptyne was hydrogenated in the presence of a platinum catalyst until hydrogen uptake ceased. If one assumes that the hydrogenation went to completion, how many distinct seven-carbon hydrocarbons were produced?
Homework Answers
The correct answer will be 1
Reason: The platinum catalyst will reduce the ethyne to ethane by the addition of H2 to the structures
1-heptyne on treatment will no longer contain the double bond and will contain the straight 7 carbon chain as the output
Similarly 2-heptyne and 3-heptyne will also be reduced to n-heptane, which is the only possible product, since there is number priority this time because the triple bond is reduced to single bond by the reaction with Pt Catalyst
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please provide proper explanation
For
part 3 - the effect of a catalyst : Time it took for the mixture to
turn blue when a catalyst wass added to reactants
Describe the effect of a catalyst below. Use the rate you
observed to back your description
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please provide proper explanation
For
part 3 - the effect of a catalyst : Time it took for the mixture to
turn blue when a catalyst wass added to reactants
Describe the effect of a catalyst below. Use the rate you
observed to back your description
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