Match the anionic species given in Column I that are present in the ore(s) given in Column II.

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Solution

(A) The anionic species carbonate is present in the siderite, malachite and calamine ores.
(B) The anionic species sulphide is present in the argentite ore.
(C) The anionic species hydroxide is present in the malachite and bauxite ores.
(D) The anionic species oxide is present in the bauxite ore.

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\begin{matrix} Column I & Column II (A) Carbonate & (P) Siderite (B) Sulphide & (Q) Malachite (C) Hydroxide & (R) Bauxite (D) Oxide & (S) Calamine (T) Argentite \end{matrix}

\begin{matrix} Column I & Column II (A) Carbonate & (P) Siderite (B) Sulphide & (Q) Malachite (C) Hydroxide & (R) Bauxite (D) Oxide & (S) Calamine (T) Argentite \end{matrix}

\begin{matrix} C o l u m n I & C o l u m n I I A . & C a r b o n a t e & p . & S i d e r i t e B . & S u l p h i d e & q . & M a l a c h i t e C . & H y d r o x i d e & r . & B a u x i t e D . & O x i d e & s . & C a l a m i n e t . & A r g e n t i t e \end{matrix}

\begin{matrix} C o l u m n I & C o l u m n I I A . & C a r b o n a t e & p . & S i d e r i t e B . & S u l p h i d e & q . & M a l a c h i t e C . & H y d r o x i d e & r . & B a u x i t e D . & O x i d e & s . & C a l a m i n e t . & A r g e n t i t e \end{matrix}

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