Fe^+3 ion in solution is given by? A [Fe(CN)6]^-3 B [Fe(CN)6^-4 C Fe2(

1.	Fe^+3 ion in solution is given by? A [Fe(CN)6]^-3 B [Fe(CN)6^-4 C Fe2(SO4)3 D ALL PLZ ANS WITH (REASON)
Answer» Fe2(SO4)3 is your answer because FE3+ ION in a coordination will not dissociate into Fe3+ During ionisation [disosiation] the complex compound wont break down into to INDIVIDUAL ligand and ion. The coordination sphere will stay INTACT to BEHAVE as a single ion

Fe^+3 ion in solution is given by? A [Fe(CN)6]^-3 B [Fe(CN)6^-4 C Fe2(SO4)3 D ALL PLZ ANS WITH (REASON)

Answer»

Fe2(SO4)3 is your answer because FE3+ ION in a coordination will not dissociate into Fe3+

During ionisation [disosiation] the complex compound wont break down into to INDIVIDUAL ligand and ion. The coordination sphere will stay INTACT to BEHAVE as a single ion

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Fe^+3 ion in solution is given by? A [Fe(CN)6]^-3 B [Fe(CN)6^-4 C Fe2(SO4)3 D ALL PLZ ANS WITH (REASON)​

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Fe^+3 ion in solution is given by? A [Fe(CN)6]^-3 B [Fe(CN)6^-4 C Fe2(SO4)3 D ALL PLZ ANS WITH (REASON)