Match List-$I$ with List-$II$ and select the correct answer using the codes given below:
List-$I$ List-$II$
$(I)$ Van Arkel method $a.$ Refining of Titanium
$(II)$ Solvay process $b.$ Manufacture of $Na_2CO_3$
$(III)$ Cupellation $c.$ Refining of Copper
$(IV)$ Poling $d.$ Refining of Silver

  • A
    $I-a, II-b, III-d, IV-c$
  • B
    $I-b, II-a, III-c, IV-d$
  • C
    $I-d, II-b, III-a, IV-c$
  • D
    $I-c, II-a, III-b, IV-d$

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Similar Questions

Which metal is refined by Mond process?

Match the following List-$I$ (Method) with List-$II$ (Metal refined):
List-$I$ (Method)List-$II$ (Metal refined)
$(A)$ Zone refining$(I)$ $Sn$
$(B)$ Liquation$(II)$ $In$
$(C)$ Vapour phase refining$(III)$ $Zn$
$(D)$ Distillation$(IV)$ $Zr$
-$(V)$ $Al$

The correct answer is:

Which refining process is generally used in the purification of low melting metals?

Which among the following elements is obtained in pure form by the liquation process of refining?

How many of the following can be purified by using zone refining method?
$Ni, B, Ti, In, Ge, Mn, Ag, Si, Ga$

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