Electrophilic addition reactions are characteristic of A alkanes B alkenes C aromatics D alcohols Explanation π-electrons of alkenes attract electrophiles,
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Chapter 9: Hydrocarbons & Core Organic Reactions (Part-1)
Hydrocarbons are organic compounds containing A carbon and oxygen B carbon and nitrogen C carbon and hydrogen D carbon only
Continue readingChapter 8: Fundamentals of Organic Chemistry + Mechanism + Stereochemistry (Part-4)
Conversion of alkyl halide into alcohol using aqueous KOH is an example of A elimination reaction B nucleophilic substitution C
Continue readingChapter 8: Fundamentals of Organic Chemistry + Mechanism + Stereochemistry (Part-3)
Stereoisomers are compounds that have A same molecular formula but different functional groups B same molecular formula but different connectivity
Continue readingChapter 8: Fundamentals of Organic Chemistry + Mechanism + Stereochemistry (Part-2)
Reaction intermediates are species which A exist before reaction starts B are more stable than products C are formed during
Continue readingChapter 8: Fundamentals of Organic Chemistry + Mechanism + Stereochemistry (Part-1)
Inductive effect in organic molecules is transmitted through A π-bonds B σ-bonds C hydrogen bonds D metallic bonds Explanation Inductive
Continue readingChapter 7: Chemical Kinetics & Enzyme Catalysis (Set-4)
Enzymes are generally A carbohydrates B proteins C lipids D salts Explanation Most enzymes are globular proteins (some RNA also
Continue readingChapter 7: Chemical Kinetics & Enzyme Catalysis (Set-3)
Arrhenius equation is A k = [A]₀ − kt B k = Ae^(−Ea/RT) C 1/[A] = 1/[A]₀ + kt D
Continue readingChapter 7: Chemical Kinetics & Enzyme Catalysis (Set-2)
Integrated rate equation for zero-order reaction is A [A] = [A]₀e^(-kt) B [A] = [A]₀ − kt C 1/[A] =
Continue readingChapter 7: Chemical Kinetics & Enzyme Catalysis (Set-1)
The rate of a chemical reaction is defined as the change in A temperature per unit time B concentration per
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