identify the chiral centers in each of the following molecules ### Image DescriptionThe image displays two chemical structures labeled with Roman numerals. #### Structure i:This structure features a benzene ring, which is a hexagonal ring with alternating double bonds, and is connected to a two-carbon chain. At the end of this chain, there is a bromine (Br) atom attached, indicated by a wedge to denote stereochemistry. The structure illustrates a compound typical of organic chemistry involving aromatic rings and halogen substituents.#### Structure ii:This structure represents a carboxylic ester. It consists of a chain with two ester groups, each represented by a carbon-oxygen double bond (C=O) adjacent to an oxygen atom bonded to another carbon chain. This structure embodies organic compounds typically involved in reactions forming esters used in various chemical industries. These diagrams serve as foundational chemical structures for students studying organic chemistry, demonstrating common motifs such as benzene rings, esters, and stereochemistry.

Chiral center- Center which is attached to 4 different groups of atoms / groupsi) Expanded structure- In this compound, only one carbon atom is attached to 4 different groups. Other carbon atoms are doubly bonded and not attached to 4 different groups. Hence, only chiral center. Answer- Red carbon is the chiral center.ii) Expanded structure- In this compound, there are 2 carbon atoms which are attached to 4 different groups. Rest all have 2 or 3 similar atoms. Hence, this compound has 2 chiral centers. Answer- Red carbon is the chiral center.