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Mixture X = 0.02 mol of $[Co {({NH}_{3})}_{5} {SO}_{4}]$ and 0.02 mol of $[Co {({NH}_{3})}_{5} Br] {SO}_{4}$ was prepared in 2 litre of solution
1 litre of mixture X + excess ${AgNO}_{3} \to Y$
1 litre of mixture X + excess ${BaCl}_{2} \to Z$
Number of moles of Y and Z are

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0.01, 0.01

0.02, 0.01

0.01, 0.02

0.02, 0.02

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detailed solution

Correct option is A

CoNH35SO40.02 moleBr+AgNO3→CoNH35.SO40.02 mole YNO3+AgBrCoNH35Br20.02 moleSO4+BaCl2→CoNH35Br0.02 mole ZCl2+BaSO4On using 1 L solution, we will get 0.01 mole Y and 0.01 mole Z.

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Mixture X = 0.02 mol of CoNH35SO4 and 0.02 mol of CoNH35BrSO4 was prepared in 2 litre of solution 1 litre of mixture X + excess AgNO3→Y1 litre of mixture X + excess BaCl2→ZNumber of moles of Y and Z are

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Mixture X = 0.02 mol of $[Co {({NH}_{3})}_{5} {SO}_{4}]$ and 0.02 mol of $[Co {({NH}_{3})}_{5} Br] {SO}_{4}$ was prepared in 2 litre of solution
1 litre of mixture X + excess ${AgNO}_{3} \to Y$
1 litre of mixture X + excess ${BaCl}_{2} \to Z$
Number of moles of Y and Z are