how many chiral carbons are there in the compound shown below?\n• your answer should be an integer\nch₃…

how many chiral carbons are there in the compound shown below?\n• your answer should be an integer\nch₃ - ch₂ - ch - ch₂ - ch₃\n| \noh\nprovide your answer below:\ncarbons

how many chiral carbons are there in the compound shown below?\n• your answer should be an integer\nch₃ - ch₂ - ch - ch₂ - ch₃\n| \noh\nprovide your answer below:\ncarbons

Answer

Answer:

1

Explanation:

Step1: Recall the definition of chiral carbon

A chiral carbon is a carbon atom that is bonded to four different groups.

Step2: Analyze each carbon in the compound

  • The first (CH_3) carbon: bonded to three (H) atoms and one (CH_2) group. Not four different groups.
  • The first (CH_2) carbon: bonded to two (H) atoms, one (CH_3) group, and one (CH) group. Not four different groups.
  • The (CH) carbon: bonded to one (H) atom, one (OH) group, one (CH_2) (connected to (CH_3)) group, and one (CH_2) (connected to the other (CH_3)). These are four different groups.
  • The second (CH_2) carbon: bonded to two (H) atoms, one (CH) group, and one (CH_3) group. Not four different groups.
  • The second (CH_3) carbon: bonded to three (H) atoms and one (CH_2) group. Not four different groups.

So, there is 1 chiral carbon in the compound.