For which of the following reactions is Marko | vedclass

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(C) Markovnikov's rule states that in the addition of a polar reagent (like $HX$) to an unsymmetrical alkene,the negative part of the reagent attaches

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$C_3H_6 + HBr$

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(C) Markovnikov's rule states that in the addition of a polar reagent (like $HX$) to an unsymmetrical alkene,the negative part of the reagent attaches to the carbon atom of the double bond that has the fewer number of hydrogen atoms.$C_2H_4$ is a symmetrical alkene,so it does not follow Markovnikov's rule.$C_3H_6$ (propene) is an unsymmetrical alkene.$Br_2$ and $I_2$ are symmetrical reagents,so they do not follow Markovnikov's rule.$HBr$ is an unsymmetrical reagent.Therefore,the reaction between $C_3H_6$ and $HBr$ is the correct choice where Markovnikov's rule is applicable.

For which of the following reactions is Markovnikov's rule most applicable?

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