Compare the basic strengths of the given compounds:

  • A
    $A > B > C$
  • B
    $B > A > C$
  • C
    $C > A > B$
  • D
    $C > B > A$

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The number of stereoisomers obtained by bromination of $trans-2-butene$ is

Identify the correct sequence for True and False.
$(I)$ Only compounds with chiral centers can be optically active.
$(II)$ Absence of elements of symmetry is the reason for a molecule's optical activity.
$(III)$ All organic compounds contain carbon $\&$ hydrogen.
$(IV)$ Different canonical forms of a molecule represent the actual structures of a molecule which has resonance in it.

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Identify which of the following can exhibit tautomerism?

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The unknown compound $(A)$ is:

The total number of stereoisomers formed by the given compound is:

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