Consider the following compounds- i ICI ii IBr iii ICI3 ivSF4 v BrF3 vi IF3 vii BrF5 viii IF7Calculate the value of - P2-Q2R - S -Here- P - Total number of polar compounds Q - Total number of planar compounds R - Total number of non polar compounds S - Total number of non planar compounds

The correct option is A 6P : Total number of polar compounds ⇒ (i), (ii), (iii), (iv), #160;(v), (vi), (vii)Q : Total number of planar compounds ⇒ ...

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Byju's Answer

Standard XII

Chemistry

Interhalogen Compounds - Structures

Consider the ...

Question

Consider the following compounds.
$(i) I C I (i i) I B r (i i i) I C I_{3} (i v) S F_{4}$
$(v) B r F_{3} (v i) I F_{3} (v i i) B r F_{5} (v i i i) I F_{7}$

Calculate the value of $[\frac{P^{2} - Q^{2}}{R + S}]$ .
Here,
$P :$ Total number of polar compounds
$Q :$ Total number of planar compounds
$R :$ Total number of non polar compounds
$S :$ Total number of non planar compounds

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Solution

The correct option is A 6
P : Total number of polar compounds $\Rightarrow$ (i), (ii), (iii), (iv), (v), (vi), (vii)
Q : Total number of planar compounds $\Rightarrow$ (i), (ii), (iii), (v), (iv)
R : Total number of non polar compounds $\Rightarrow$ (viii)
S : Total number of non planar compounds $\Rightarrow$ (iv), (vii), (viii)
Therefore, $[\frac{P^{2} - Q^{2}}{R + S}]$ = 6.

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Consider the following compounds.(i)ICI (ii)IBr (iii)ICI3 (iv)SF4(v)BrF3 (vi)IF3 (vii)BrF5 (viii)IF7Calculate the value of [P2−Q2R+S].Here,P: Total number of polar compoundsQ: Total number of planar compoundsR: Total number of non polar compoundsS: Total number of non planar compounds