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In the reaction, $$CH_3CN + 2H \xrightarrow[HCl]{SnCl_2} X \xrightarrow{boiling H_2O} Y$$ the term Y is:
Which of the following statements about primary amines is false?
Which one of the following on reduction with LiAlH4 yields a secondary amine?
The reagent required to convert acetamide into methyl amine is:
The correct order of increasing reactivity of the C-X bond towards nucleophile in the following compound is: [Structures Missing]
"A" in the below reaction is: (Note: Reaction scheme is missing from the provided text)
The compound obtained by heating a mixture of primary amine and chloroform with ethanolic potassium hydroxide (KOH) is:
The nitration of aniline in a strong acidic medium results in the formation of m-nitroaniline because:
A nitro-compound among the following that does not react with nitrous acid is:
What is the correct order of the methyl-substituted amines' basic strength in an aqueous solution?
The product formed in the below mentioned reaction is: (Note: Reaction scheme is missing from the provided text)
D is N-methyl aniline in the given below sequence of reaction: $A \xrightarrow{\text{reduction}} B \xrightarrow{CHCl_3/KOH} C \xrightarrow{\text{reduction}} D$. Structure of A can be:
Which chemical reaction leads to the formation of isocyanide?
Aniline when diazotized in cold and then treated with dimethyl aniline gives a coloured product. Its structure would be:
Match List-I with List-II: **List-I (Amines)** (a) N-Methylmethanamine (b) Ammonia (c) N-Methylaniline (d) Benzenamine **List-II ($pK_b$ values)** (i) 9.30 (ii) 9.38 (iii) 4.75 (iv) 3.27 Choose the correct answer from the options given below:
Which of the following is the correct sequence of reagents for converting 4-nitrotoluene to 2-bromotoluene?
Identify the compound that will react with Hinsberg's reagent to give a solid which dissolves in alkali.
Identify the major product C formed in the following reaction sequence: [Reaction Scheme Missing]
The reagent 'R' in the given sequence of a chemical reaction is:
For a reaction $A \rightarrow B$, enthalpy of reaction is $-4.2 \text{ kJ mol}^{-1}$ and enthalpy of activation is $9.6 \text{ kJ mol}^{-1}$. The correct potential energy profile for the reaction is: