ISOMERISM | CLASS11 (L-13) |Racemic Mixture Explained 🔥| Why Is It Optically Inactive?

🧪 *RACEMIC MIXTURE – COMPLETE CONCEPT | ISOMERISM PART 13 | CLASS 11* Why is a racemic mixture optically inactive even though it contains optically active enantiomers? 🤔 Let's understand this important concept of *Optical Isomerism* with simple explanations, molecular diagrams, and exam-oriented examples! In this video, we will explore the concept of racemic mixtures step by step and understand how two enantiomers cancel each other's optical rotation. 📚 *Topics Covered in This Video:* ✅ What is a racemic mixture? ✅ Definition and formation of racemic mixtures ✅ Equimolar mixture of R and S enantiomers (1:1 ratio) ✅ Dextrorotatory (+) and levorotatory (−) compounds ✅ Why is a racemic mixture optically inactive? ✅ Cancellation of equal and opposite optical rotations ✅ Racemic mixture notation: (±) and racemate ✅ Important examples and exam-oriented concepts ✅ Difference between a pure enantiomer and a racemic mixture 🎯 *Perfect for:* Class 11 Chemistry, Organic Chemistry, Optical Isomerism, JEE Main, JEE Advanced, NEET, and board exam preparation. 💡 *Remember:* A racemic mixture is optically inactive because the equal amounts of two enantiomers produce equal and opposite optical rotations, giving zero net rotation. 📌 This is *Part 13 of our Isomerism Series* on Chemistry Sphere. Watch the complete series to strengthen your understanding of stereochemistry! 👍 Like the video if you find it helpful. 📢 Share it with your chemistry study group. 🔔 Subscribe to *Chemistry Sphere* for easy Chemistry explanations, concepts, tricks, and exam-focused lessons. 💬 *QUESTION FOR YOU:* If a pure enantiomer rotates plane-polarized light by +25°, what will be the net rotation of its 1:1 racemic mixture under the same conditions? Write your answer in the comments! 👇 #RacemicMixture #OpticalIsomerism #Class11Chemistry