The compound shown contains 2 chiral centers. Achiral center, also known as a stereocenter, is an atom in a molecule that has four different groups bonded to it.To determine the number of chiral centers, we need to examine eachcarbon atomin the compound and identify if it has four different groups attached to it. In the given compound, there are two carbon atoms with four different groups bonded to them. These carbon atoms are called chiral centers.  To visualize this, let's label each carbon atom as C1 and C2.  C1 is bonded to ahydrogen atom(H), a methyl group (CH3), a hydroxyl group (OH), and an ethyl group (CH2CH3). Since these groups are all different, C1 is a chiral center.C2 is bonded to a hydrogen atom (H), a chlorine atom (Cl), amethyl group(CH3), and a propyl group (CH2CH2CH3). Again, these groups are all different, making C2 a chiral center as well. Therefore, the compound shown has 2 chiral centers. It's important to note that chiral centers are responsible for the property of chirality, which means that the compound can exist in two non-superimposablemirror imageforms (enantiomers). Chiral compounds often exhibit different biological activities and can interact with other chiral compounds in specific ways.To know more aboutchiral centervisit:brainly.com/question/29022658#SPJ11...

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