The correct statement$(s)$ about the compound given below is(are):
$A$. The compound is optically active
$B$. The compound possesses centre of symmetry
$C$. The compound possesses plane of symmetry
$D$. The compound possesses axis of symmetry

  • A
    $B, C$
  • B
    $A, C$
  • C
    $A, B$
  • D
    $A, D$

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What is the absolute configuration of the following molecules? ($NS =$ the molecule has no stereocenter) Note: For the purpose of this question only,the order of stereocenters is not specified; i.e.,$R, S = S, R$.
$(I)$ || $(II)$ || $(III)$ || $(IV)$

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Match List-$I$ with List-$II$.
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$A$. Propanamine and $N$-Methylethanamine $I$. Metamers
$B$. Hexan-$2$-one and Hexan-$3$-one $II$. Positional isomers
$C$. Ethanamide and Hydroxyethanimine $III$. Functional isomers
$D$. $o$-nitrophenol and $p$-nitrophenol $IV$. Tautomers

Choose the correct answer from the options given below:

Which of the following pairs are not diastereomers?

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Which of the following molecules does not contain two chiral carbon atoms?

Which energy diagram best represents the given reaction?

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