In nitroprusside ion, the iron and NO exist as \[F{{e}^{2+}}\] and \[N{{O}^{+}}\] rather than \[F{{e}^{3+}}\] and NO. These forms can be differentiated by

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 \[F{{e}^{2+}}\] and \[N

1.	In nitroprusside ion, the iron and NO exist as \[F{{e}^{2+}}\] and \[N{{O}^{+}}\] rather than \[F{{e}^{3+}}\] and NO. These forms can be differentiated by
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 \[F{{e}^{2+}}\] and \[N{{O}^{+}}\] rather than \[F{{e}^{3+}}\] and NO. These forms can be differentiated by

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