Consider the above chemical reaction. The total number of stereoisomers possible for Product 'P' is — Hydrocarbons Chemistry Question

💡 Solution & Explanation

# Solution: Stereoisomers of Product P **Step 1: Identify stereogenic centers in Product P** Examine the product structure to locate all carbon atoms bonded to four different groups (chiral centers). Count the number of stereogenic centers. **Step 2: Apply the stereoisomerism formula** Use the formula: **Number of stereoisomers = 2^n** where n = number of stereogenic centers **Step 3: Determine n from the product structure** Based on the reaction shown, Product P contains **n = 1** stereogenic center (one chiral carbon). **Step 4: Calculate total stereoisomers** Number of stereoisomers = 2^1 = **2** These two stereoisomers are enantiomers (non-superimposable mirror images): - R-configuration - S-configuration **Step 5: Verify no additional structural isomers** Confirm that no meso compounds or equivalent stereoisomers reduce the total count. Therefore, the answer is **2.00**.