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Course Description

Joint Entrance Examination (JEE) is an all India basic designing selection test which is directed for confirmation in different building schools and courses everywhere throughout the nation. In 2012, CBSE (Central Board of Secondary Education) reported this regular examination set up of AIEEE and IIT-JEE. JEE is being directed in two sections, JEE-Main and JEE-Advanced. JEE-Advanced is for confirmation in Indian Institutes of Technology (IITs), and Indian School of Mines Dhanbad (to be changed over into IIT)[1] and JEE-Main exam is for affirmation in IIITs (Indian Institutes of Information Technology), NITs (National Institutes of Technology), CFTIs (Central Funded Technical Institute) and IIEST Shibpur, for admission to its double degree program.

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Course Syllabus
  • Introduction: Alcohol Phenol Ether 01/36
  • Grigand reagent: Alcohol Phenol Ether 03/36
  • reaction with grigand reagent: Alcohol Phenol Ether 05/36
  • Reaction with Grigand reagent: Alcohol Phenol Ether 07/36
  • Problems on Grigand reagent: Alcohol Phenol Ether 09/36
  • Reduction of Carbonyl compounds: Alcohol Phenol Ether 11/36
  • reaction with H2/ Ni: Alcohol Phenol Ether 13/36
  • Fischer Esterification: Alcohol Phenol Ether 15/36
  • Periodic acid Oxidation: Alcohol Phenol Ether 17/36
  • Idoform test: Alcohol Phenol Ether 19/36
  • Addition elimination: Alcohol Phenol Ether 21/36
  • Schottan Baumann reaction: Alcohol Phenol Ether 23/36
  • Kolbe Scmitt Reaction: Alcohol Phenol Ether 25/36
  • Sulphonation reaction: Alcohol Phenol Ether 27/36
  • Reactions with phenol: Alcohol Phenol Ether 29/36
  • Williamson's synthesis: Alcohol Phenol Ether 31/36
  • Auto-Oxidation: Alcohol Phenol Ether 33/36
  • Reactions with Epoxides: Alcohol Phenol Ether 35/36
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