In the thiocyanate ion, SCN- three resonating structure are possible with the electron-dot method as shown in figure: $∴ = S (x) C = N 1 - :$ $∴ S 1 - - (y) C \equiv N : S^{+} \equiv (z) C - N^{2 -}$ The decreasing order of \% contribution in resonance hybrid is :

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In the thiocyanate ion, SCN- three resonating structure are possible with the electron-dot method as shown in figure:

∴ = S (x) C = N 1 - :

∴ S 1 - - (y) C \equiv N : S^{+} \equiv (z) C - N^{2 -}

The decreasing order of \% contribution in resonance hybrid is :

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Question Text	In the thiocyanate ion, SCN- three resonating structure are possible with the electron-dot method as shown in figure: $∴ = S (x) C = N 1 - :$ $∴ S 1 - - (y) C \equiv N : S^{+} \equiv (z) C - N^{2 -}$ The decreasing order of \% contribution in resonance hybrid is :
Topic	Chemical Bonding
Subject	Chemistry
Class	Class 11

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