From the given reaction,
$x = Total number of possible alkene(s) including geometrical isomers y = Number of products formed when major product of the reaction is treated with H_{2} / N i$
Find $x + y$ .

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Solution

More substituted product (Saytzeff's product) will be the major product.

$x = Total number of possible alkene(s) including geometrical isomers = 4 y = Number of products formed when major product of the reaction is treated with H_{2} / N i = 2$
So $x + y = 6$ .

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