$[P T B r C l (N O_{2}) (N H_{3})] I$ complex on ionization gives the ion ?

C l^{-}

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B r^{-}

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I^{-}

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N O_{2}^{-}

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Solution

The correct option is C $I^{-}$
$[P t B r C l (N O_{2}) N H_{3}] I$ on ionisation gives $I^{-}$ as $I$ being the primary valency which is ionizable.
$∴$ Answer is option C.

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Similar questions

$[P t B r C l (N O_{2}) N H_{3}] I$ $o n i o n i s a t i o n g i v e s t h e i o n$ :

Q. Consider the following orderings:

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I I

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I < B r < C l < F

I V

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[PTBrCl(NO2)(NH3)]I complex on ionization gives the ion ?

The correct option is C I−[PtBrCl(NO2)NH3]I on ionisation gives I− as I being the primary valency which is ionizable.∴ Answer is option C.

$[P T B r C l (N O_{2}) (N H_{3})] I$ complex on ionization gives the ion ?

The correct option is C $I^{-}$
$[P t B r C l (N O_{2}) N H_{3}] I$ on ionisation gives $I^{-}$ as $I$ being the primary valency which is ionizable.
$∴$ Answer is option C.