Match the followingColumn-I-Column-IIMYhline pair of complexes-Property which is different in given pairillhlineI - Ni CO - 4- and - K2 - Ni CN - 4- - p - Magnetic momentllthline II - Cu NH - 3- 4 - SO - 4 - and K - 3- Cu CN - 4- - q - O - N - of central atomillhlineIII K2 -NiCl4- and K4 -NiCN4 -r Geometrylllhline IV K2 -NiCl4 - and K2 -PtCI4 - s EAN of central atomillhline -t Hybridisationlllhline end array A- I - q- r- s- t- II - p- q- r-s- t- III - p- q- s- IV - p- r- s- tB- I - r - s - t - II - p - q - r - s - t - III - p - s - IV - p - r C- I - q- r- s- t- II - p- q- III - p- q- s- IV - r- s- tD- I - q- s- t- II - p- r- s- t- III - p- q- s- IV - p- s- t

The correct option is A I (q, r, s, t); II (p, q, r,s, t); III (p, q, s); IV (p, r, s, t)(a) [Ni(CO)_4] sp^3 tetrahedral μ = 0 EAN = 3 ...

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Valence Bond Theory

Match the fol...

Question

Match the following
$\begin{matrix} C o l u m n - I & C o l u m n - I I (p a i r o f c o m p l e x e s) & (P r o p e r t y w h i c h i s d i f f e r e n t i n g i v e n p a i r (I) [N i (C O)_{4}] a n d K_{2} [N i (C N)_{4}] & (p) M a g n e t i c m o m e n t (I I) [C u (N H_{3})_{4}] S O_{4} a n d K_{3} [C u (C N)_{4}] & (q) O . N o f c e n t r a l a t o m (I I I) K_{2} [N i C l_{4}] a n d K_{4} [N i (C N)_{4}] & (r) G e o m e t r y (I V) K_{2} [N i C l_{4}] a n d K_{2} [P t C I_{4}] & (s) E A N o f c e n t r a l a t o m (t) H y b r i d i s a t i o n \end{matrix}$

I - (q, s, t); II - (p, r, s, t); III - (p, q, s); IV - (p, s, t)

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I - (q, r, s, t); II - (p, q, r,s, t); III - (p, q, s); IV - (p, r, s, t)

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I - ( r, s, t); II - (p, q, r,s, t); III - (p, s); IV - (p, r)

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I - (q, r, s, t); II - (p, q); III - (p, q, s); IV - ( r, s, t)

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