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The coordination number of Ni^(2+) is 4 ...

The coordination number of `Ni^(2+)` is 4
`NiCI_(2) + KCN` (excess)rarr`A` (cyano complex)
`NiCI_(2)+conc.HCI` (excess) rarr `B` (Chloro complex)
The `IUPAC` name of `A` and `B` are .

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The correct Answer is:
a
`NiCI_(2)+4KCNrarrK_(2)[Ni(CN)_(4]+2KCI`
`A is K_(2)[Ni(CN)_(4)]`
Potassium tetracyanonickelate(II)
`K_(2)[Ni(CN)_(4)]+4HCI(conc)rarr,K_(2)[Ni(CN)_(4)]+4HCN`
`B is K_(2)[NiCI_(4)]`
Potassium tetrachloridonickelate(II) .
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The coordination number of Ni^(2+) is 4 NiCI_(2) + KCN (excess)rarr A (cyano complex) Predict the magnetic nature of A and B .

The coordination number of Ni^(2+) is 4 NiCI_(2) + KCN (excess)rarr A (cyano complex) The hybridisation of A and B are .

Passage -I
- 1 `Ni^(2+) ` की उपसहसंयोजी संख्या 4 है।
`NiCl_2 + KCN ` (आधिक्य) `rarr` A (सायनो संकुल) `NiCl_2 + ` सान्द्र HCI(आधिक्य) `rarr` B (क्लोरो संकुल)
A और B के IUPAC नाम हैं

The coordination number of Ni^(2+) is 4 NiCl_(2)+KCN ("excess")rarr A("cyano complex") A + conc. HCl ("excess")rarr B ("chloro complex") The IUPAC names of A and B are

The coordination number of Ni^(2+) is 4 NiCl_(2)+KCN ("excess")rarr A("cyano complex") A + conc. HCl ("excess")rarr B ("chloro complex") Predict the magnetic nature of A and B

The coordination number of Ni^(2+) 4 NiCl_(2) + KCN (excess) to A (cyano complex) NiCl_(2) + Conc. HCI (excess) to B (chloro complex) QThe IUPAC name of A and B are

The coordination number of Ni^(2+) 4 NiCl_(2) + KCN (excess) to A (cyano complex) NiCl_(2) + Conc. HCI (excess) to B (chloro complex) QPredict the magnetic nature of A and B

The coordination number of Ni^(2+) 4 NiCl_(2) + KCN (excess) to A (cyano complex) NiCl_(2) + Conc. HCI (excess) to B (chloro complex) QThe hybridization of A and B are

The CN of `Ni^(+2)=4`
`NiCl_(2)+KCN_("excess")toA` (cyano complex)
`NiCl_(2)+conc.KCl_("(excess)")toB` (Chloro complex)
The hybridisation of A and B are

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