In nitroprusside ion, the iron and \[NO\] exist as \[F{{e}^{II}}\] and \[N{{O}^{+}}\] rather than \[F{{e}^{III}}\] and \[NO\]. These forms can be differentiated by [IIT-JEE 1998]

Thermally decomposing the compound

Estimating the concentration of iron

Measuring the concentration of \[C{{N}^{-}}\]

Measuring the solid state magnetic moment

In nitroprusside ion, the iron and \[NO\] exist as \[F{{e}^{II}}\] and

1.	In nitroprusside ion, the iron and \[NO\] exist as \[F{{e}^{II}}\] and \[N{{O}^{+}}\] rather than \[F{{e}^{III}}\] and \[NO\]. These forms can be differentiated by [IIT-JEE 1998]
A.	Estimating the concentration of iron
B.	Measuring the concentration of \[C{{N}^{-}}\]
C.	Measuring the solid state magnetic moment
D.	Thermally decomposing the compound
Answer» D. Thermally decomposing the compound

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In nitroprusside ion, the iron and \[NO\] exist as \[F{{e}^{II}}\] and \[N{{O}^{+}}\] rather than \[F{{e}^{III}}\] and \[NO\]. These forms can be differentiated by [IIT-JEE 1998]

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