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Organotin compound
The document discusses organotin compounds and their chemical reactions. Organotin compounds contain tin in the +4 oxidation state, which allows it to form stable organic derivatives called stannanes. Due to its larger size compared to carbon, carbon substituents on the tin atom can be transferred via both radical and polar mechanisms in chemical reactions. The document also mentions that organotin compounds are used to reduce alkyl halides, carbonyl compounds, alkenes, and alkynes through various reaction pathways.
Organotin compound
- 1. CONTENTS INTRODUCTION PREPARATION CHEMICAL REACTIONS REDUCTION OF ALKYL HALIDES DEHALOGENATION FOLLOWED BY INTERMOLECULAR COUPLING REDUCTION OF CARBONYL COMPOUNDS REDUCTION OF ALKENES AND ALKYNES 1Dr. NAMITA BHARDWAJ, CVRU, KOTA, BILASPUR
- 2. IN ORGANO TIN COMPOUND OXIDATION STATE OFSn IS +4 IT FORMS STABLE ORGANIC COMPOUNDS CALLED STANNANES SIZE OF TIN ATOM IS LARGER THAN CORBON CORBON SUBSTITUENT PRESENT ON TIN CAN BE TRANSFERRED BY RADICAL AS WELL AS POLAR MECHANISM 2Dr. NAMITA BHARDWAJ, CVRU, KOTA, BILASPUR
- 3. 3Dr. NAMITA BHARDWAJ,CVRU, KOTA, BILASPUR
- 4. 4Dr. NAMITA BHARDWAJ,CVRU, KOTA, BILASPUR
- 5. 5Dr. NAMITA BHARDWAJ,CVRU, KOTA, BILASPUR
- 6. 6Dr. NAMITA BHARDWAJ,CVRU, KOTA, BILASPUR
- 7. 7Dr. NAMITA BHARDWAJ,CVRU, KOTA, BILASPUR
- 8. 8Dr. NAMITA BHARDWAJ,CVRU, KOTA, BILASPUR
- 9. 9Dr. NAMITA BHARDWAJ,CVRU, KOTA, BILASPUR