The compound insoluble in aqueous ${N H}_{3}$ :

A g l

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A g C l

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{Z n S O}_{4}

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{H g C l}_{2}

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Solution

The correct option is A $A g l$
Even when ammonia is added and a proportion of the silver is now present in solution as the amine complex, there is still a sufficiently high concentration of 'simple' aquated silver ions to exceed the solubility product of $A g I$ due to which $A g I$ is insoluble in aqueous ammonia.

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