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Notes on GE Chemistry - II (Generic Elective Chemistry - II)

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 Notes on GE Chemistry - II (Generic Elective Chemistry - II) Aromatic Hydrocarbons:      Compounds having chemistry similar to benzene are traditionally known as aromatic compounds. Benzene shows some unexpected chemical behaviour and a remarkable stability despite the presence of high degree of unsaturation. This special characteristic which imparts stability to the aromatic compounds is called the aromaticity.     Aromaticity is a property of typical cyclic planar molecular structures which are generally more stable compared to similar geometric or connective arrangements with the same set of atoms due to pi bonds in resonanance (or delocalisation of electrons). Conditions of aromaticity: The compounds or species are considered to be aromatic if they fulfill the following conditions: 1. The cyclic compounds must have conjugated double bonds. 2. Each ring atom should have an unhybridised p orbital to result in sp2 hybidisation. These unhybridised p or...

Previous year Generic Elective Chemistry - II Questions and Solutions

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Previous year Generic Elective Chemistry - II Questions and Solutions A best method to prepare any examination is to measure the level of questions asked. This can be done only by looking into previous year questions. The next requirement is to find the ideal answers which helps in scoring the best.        Next important thing is that if you have not found sufficient time to prepare the examination then you need selective questions to score well. We have provided the sure short selective questions in this post. Continue this post to the end to find the questions and the very best answers previous year GE II. Get complete notes on GE Chemistry II Get top short questions on thermodynamics GE chem II 2024 GE Chemistry II Question 2023 Generic Elective Chemistry II question 2022 See other questions below Most probable questions to prepare Hess's law and a problem Kirchoff's equation Bond energy and problem  3Rd law of thermodynamics Get all GE Chemistry II...