Please help **Bromate Ion Skeletal Structure and Lewis Structure Completion**The bromate ion (BrO₃⁻) is depicted in the image with a skeletal structure. This structure serves as the basis for constructing a Lewis structure that adheres to the octet rule for all atoms involved.### Structure Description:- The central atom is bromine (Br).- Three oxygen (O) atoms are bonded to the bromine atom.- Two of the oxygen atoms are double bonded to bromine, each with two lone pairs of electrons.- The third oxygen atom is single bonded to bromine and has three lone pairs of electrons.- The negative charge is indicated on the ion.### Instructions for Completion:To complete the Lewis structure:1. Ensure each atom satisfies the octet rule (eight electrons around each atom except hydrogen).2. Adjust the placement of electrons or bonds as needed to accurately represent the molecule's electronic structure.This structure provides a foundation for understanding the electronic configuration and interactions within the bromate ion.

The skeletal structure of bromate (BrO3-) ion is shown below.We have to draw the complete Lewis structure of the bromate ion.Here, in the given skeletal structure of bromate ion, the number of valance electrons in Br is 5. But, the actual number of valance electrons in Br is 7. So, to fulfill the valency of the Br atom, one pair of lone pair is added to it. Similarly, we know that the valency of the oxygen atom is 6. But, here the valency of the single bonded oxygen atom is 7. So, to fulfill it's valency, a negative charge is added to it.So, the required complete Lewis structure of the bromate ion is shown below.Hence, the answer is shown below.