Ions are the constituent particles of ionic solid. Such solids are formed by the three-dimensional arrangement of cations and an ions bounded by strong coulombic forces. These solids are hard and brittle in nature. They have high melting and boiling point. Some information are given in List - I and List - II, match the List-I with List-II

List-I List-II

(I) Co-ordination number of $C a^{2 +} and F^{-}$ in fluorite structure (P) 8, 4

(II) Co-ordination number of $Z n^{2 +} and S^{2 -}$ in zinc blende structure (Q) 8, 8

(III) Co-ordination number of $C s^{+} and C l^{-}$ in CsCl (bcc type) structure (R) 4, 8

(IV) Co-ordination number of $L i^{+} and O^{2 -}$ in antifluorite structure (S) 4, 4

Which of the following option has the correct combination considering List-I and List-II

I-P

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II-Q

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III-R

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IV-S

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Solution

The correct option is A I-P

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Similar questions

List -I	List II
(I) Co-ordination number of $C a^{2 +} and F^{-}$ in fluorite structure	(P) 8, 4
(II) Co-ordination number of $Z n^{2 +} and S^{2 -}$ in zinc blende structure	(Q) 8, 8
(III) Co-ordination number of $C s^{+} and C l^{-}$ in $C s C l$ (bcc type) structure	(R) 4, 8
(IV) Co-ordination number of $L i^{+} and O^{2 -}$ in antifluorite structure	(S) 4, 4

\begin{matrix} List-I & List-II (C o m p o u n d s) (I) [P t (N O_{2})_{2} (e n)_{2}]^{2 +} & (P) Stable according to EAN-Rule (I I) [C r (π - C_{6} H_{6}) (N O)_{2}] & (Q) Both ligands acts as ambidentate (I I I) [I r (S C N) (S O_{4}) (N H_{3})_{4}] & (R) Bond order M - L bond > 1.0 (I V) [V (C_{2} H_{4}) (C N)_{5}] & (S) B o n d o r d e r o f L i g a n d s d e c r e a s e s (T) C o - o r d i n a t i o n n u m b e r o f c e n t r a l m e t a l i s s i x \end{matrix}

\begin{matrix} List-I & List-II (C o m p o u n d s) (I) [P t (N O_{2})_{2} (e n)_{2}]^{2 +} & (P) Stable according to EAN-Rule (I I) [C r (π - C_{6} H_{6}) (N O)_{2}] & (Q) Both ligands act as ambidentate (I I I) [I r (S C N) (S O_{4}) (N H_{3})_{4}] & (R) Bond order M - L bond > 1.0 (I V) [V (C_{2} H_{4}) (C N)_{5}] & (S) Bond order of Ligands decrease (T) C o - o r d i n a t i o n n u m b e r o f c e n t r a l m e t a l i s s i x \end{matrix}

C s C l

C s^{+}

8

C l^{-}

C s C l

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