The reduction of 1-decyne to decane involves the addition of hydrogen across the triple bond to first form an alkene and then an alkane.

1-decyne has a triple bond which means it requires two steps to fully hydrogenate to decane.

In the first step, 1-decyne is reduced to 1-decene, an alkene, using one equivalent of hydrogen gas.

In the second step, 1-decene is further reduced to decane, an alkane, using another equivalent of hydrogen gas.

So, the total equivalents of hydrogen gas required for the full reduction of 1-decyne to decane is 2.

Therefore, the correct answer is 2.

Question

The reduction of 1-decyne to decane involves the addition of hydrogen across the triple bond to first form an alkene and then an alkane.

1-decyne has a triple bond which means it requires two steps to fully hydrogenate to decane.

In the first step, 1-decyne is reduced to 1-decene, an alkene, using one equivalent of hydrogen gas.

In the second step, 1-decene is further reduced to decane, an alkane, using another equivalent of hydrogen gas.

So, the total equivalents of hydrogen gas required for the full reduction of 1-decyne to decane is 2.

Therefore, the correct answer is 2.

Knowee AI · Accepted Answer

The reduction of 1-decyne to decane involves the addition of hydrogen across the triple bond to first form an alkene and then an alkane.

1-decyne has a triple bond which means it requires two steps to fully hydrogenate to decane.

In the first step, 1-decyne is reduced to 1-decene, an alkene, using one equivalent of hydrogen gas.

In the second step, 1-decene is further reduced to decane, an alkane, using another equivalent of hydrogen gas.

So, the total equivalents of hydrogen gas required for the full reduction of 1-decyne to decane is 2.

Therefore, the correct answer is 2.

Reduction of 1-decyne to decane requires how many equivalents of hydrogen gas?Select answer from the options below4213