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{:("Column I",,"Column II"),((A) Fe(OH)(...

`{:("Column I",,"Column II"),((A) Fe(OH)_(3),,(i)K_(sp)=s^(2)),((B) Ag_(2)CrO_(4) ,, (ii)K_(sp) =27s^(4)),((C) CH_(3)COOAg,,(iii) K_(sp) =108s^(5)),((D)Ca_(3)(PO_(4))_(2),,(iv) K_(sp) =4s^(3)):}`

A

(A) `to` (iii) , (B) `to` (ii) , (C )`to` (iv) , (D) `to` (i)

B

(A) `to` (ii) , (B) `to` (iv) , (C )`to` (i) , (D) `to` (iii)

C

(A) `to` (i) , (B) `to` (iii) , (C )`to` (ii) , (D) `to` (iv)

D

(A) `to` (iv) , (B) `to` (i) , (C )`to` (iii) , (D) `to` (ii)

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Match the column I with column II and mark the appropriate choice. {:(,"Column I",,"Column II",),((A),Fe(OH)_(3),(i),K_(sp)=s^(2),),((B),Ag_(2)CrO_(4),(ii),K_(sp)=27s^(4),),((C),CH_(3)COOAg,(iii),K_(sp)=108s^(5),),((D),Ca_(3)(PO_(4)),(iv),K_(sp)=4s^(3),):}

Match the species in Column 1 with the type of hybrid orbitals in Column II. {:("Column I","Column II"),((a)SF_(4),(i)sp^(3)d^(2)),((b)lF_(5),(ii)d^(2)sp^(3)),((c)NO_(2)^(+),(iii)sp^(3)d),((d)NH_(4)^(+),(iv)sp^(3)),((v),sp):}

Match the column I with column II and mark the appropriate choice. {:(,"Column I",,"Column II"),((A) ,C_(2)H_(2),(i),sp^(3)d^(2) " hybridisation"),((B),SF_(6),(ii),sp^(3)d^(3)" hybridisation"),((C ),SO_(2),(iii),sp " hybridisation"),((D),IF_(7),(iv),sp^(2)" hybridisation"):}

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