question the central atom doesnt have eight valence electrons, so whats drawn in part b isnt yet a stable…

question the central atom doesnt have eight valence electrons, so whats drawn in part b isnt yet a stable molecule and cant represent the actual structure of ozone. an additional bond must be made to complete the full set of valence electrons on the central atom. this can be done by removing a lone pair of electrons from either one of the outer atoms and using it to make an additional bond between that atom and the central atom. redraw the lewis structure you drew in part b and show this additional bond.

question the central atom doesnt have eight valence electrons, so whats drawn in part b isnt yet a stable molecule and cant represent the actual structure of ozone. an additional bond must be made to complete the full set of valence electrons on the central atom. this can be done by removing a lone pair of electrons from either one of the outer atoms and using it to make an additional bond between that atom and the central atom. redraw the lewis structure you drew in part b and show this additional bond.

Answer

Answer:

The new Lewis - structure would have a double - bond between the central oxygen and one of the outer oxygen atoms. For example, if we consider the left - hand outer oxygen, the structure would be O=O - O (with appropriate lone pairs on each oxygen to satisfy the octet rule). In a more detailed Lewis - structure representation, the central oxygen has 6 valence electrons initially, and by forming a double - bond with one of the outer oxygens, it can complete its octet. Each oxygen atom should have a total of 8 valence electrons around it in the stable structure.

Explanation:

Step1: Identify the problem

Central O lacks octet.

Step2: Determine the solution method

Move lone pair for bond.

Step3: Redraw the structure

Form double - bond with outer O.