In forming an alkyne by elimination from a dihalide, it is difficult to remove the second equivalent of HX to form an alkyne because sp2 hybridized carbons have and __ bonds to the H and X after the first elimination.

A dihalide is an organic compound that contains two halogen atoms that are located on different carbon atoms hence they can be eliminated during dehydrohalogenation reactions.

We must note that it is more difficult to form an alkyne from a dihalide because the sp2 hybridized carbons have shorter and stronger bonds than the sp3 hybridized carbon atoms.

Learn more about sp2 hybridized carbons: https://brainly.com/question/6920150

In forming an alkyne by elimination from a dihalide, it is ______ difficult to remove the second equivalent of HX to form an alkyne because sp2 hybridized carbons have ______ and ______ bonds to the H and X after the first elimination.

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What is a dihalide?

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In forming an alkyne by elimination from a dihalide, it is difficult to remove the second equivalent of HX to form an alkyne because sp2 hybridized carbons have and __ bonds to the H and X after the first elimination.