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Halides of Group 16

Assertion :St...

Question

Assertion :Statement $-$ 1 : $d_{o - o}$ in $O_{2} F_{2}$ and $O_{2}$ molecules are almost same. Reason: Statement $-$ 2 : $O_{2} F_{2}$ exists as ion pair structure of ${[O_{2} F]}_{2}^{+} {[F]}^{-}$ form and achieves the bond length closer to $O_{2}$ molecule.

Statement

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1 is true, Statement

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2 is true and Statement

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2 is correct explanation for Statement

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Statement

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1 is true, Statement

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2 is true and Statement

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2 is NOT the correct explanation for Statement

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Statement

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1 is true, Statement

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2 is false.

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Statement

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1 is false, Statement

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2 is true.

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Solution

The correct option is A Statement $-$ 1 is true, Statement $-$ 2 is true and Statement $-$ 2 is correct explanation for Statement $-$ 1.
$d_{o - o}$ in $O_{2} F_{2}$ and $O_{2}$ molecules are almost same because
$O_{2} F_{2}$ exists as ion pair structure of ${[O_{2} F]}_{2}^{+} {[F]}^{-}$ form and achieves the bond length closer to $O_{2}$ molecule.

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Statement 1:

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Statement 2:

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Statement 1: $\sim (p \leftrightarrow\sim q)$ is equivalent to $p \leftrightarrow q$
Statement 2: $\sim (p \leftrightarrow\sim q)$ is tautology.
Then which of the following statements is correct

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and

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Statement - 2 : The end columns of the truth table of both statements are identical.

Q. Statement

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, where

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Statement

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When

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is an increasing function.

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Assertion :Statement − 1 : do−o in O2F2 and O2 molecules are almost same. Reason: Statement − 2 : O2F2 exists as ion pair structure of [O2F]+[F]− form and achieves the bond length closer to O2 molecule.

The correct option is A Statement − 1 is true, Statement − 2 is true and Statement − 2 is correct explanation for Statement − 1.do−o in O2F2 and O2 molecules are almost same becauseO2F2 exists as ion pair structure of [O2F]+[F]− form and achieves the bond length closer to O2 molecule.

Assertion :Statement $-$ 1 : $d_{o - o}$ in $O_{2} F_{2}$ and $O_{2}$ molecules are almost same. Reason: Statement $-$ 2 : $O_{2} F_{2}$ exists as ion pair structure of ${[O_{2} F]}_{2}^{+} {[F]}^{-}$ form and achieves the bond length closer to $O_{2}$ molecule.