And also what is the best description of the product(s) that form?Is it a single enantiomer, achiral product, pair of enantiomers or pair of diastereomers? **Understanding the SN1 Reaction Mechanism**In this exercise, we will explore the SN1 reaction mechanism through the transformation of a cyclohexane derivative. **Illustration: Reaction Setup**The diagram shows a cyclohexane ring with a bromine (Br) substituent. The bromine is attached to the ring and is depicted with a wedge, indicating its stereochemistry as above the plane of the ring. Nearby, a tert-butyl group (three methyl groups attached to a carbon) is connected to the cyclohexane ring.**Reaction Conditions:**- **Reactant:** Cyclohexane derivative with bromine- **Reagent:** Water (H2O)**Process Overview:**1. **Formation of Carbocation:** - The reaction begins with the departure of bromine, creating a carbocation intermediate on the cyclohexane ring.2. **Nucleophilic Attack:** - Water acts as a nucleophile, attacking the carbocation to form a new bond. 3. **Formation of Alcohol:** - The result is an alcohol, where the bromine is replaced by a hydroxyl group (OH).The SN1 reaction is characterized by its two-step mechanism that involves the formation of an intermediate carbocation, which is then attacked by a nucleophile. This reaction typically leads to racemization due to the planar nature of the carbocation allowing attack from either side.

SN1 reaction follow first owner kinetics. Rate = K (sustainable) Carbocation former as an intermediate. Rearrangement of carbocation is possible if more stable carbocation former after rearrangement. NucloPhile can add from both side means above and below. It favour Polar Protic solventPair of diasteneomers