Match the refining methods (Column I) with metals (Column II).
Column I
(Refining methods) Column II
(Metals)
(I) Liquation (a) Zr
(II) Zone Refining (b) Ni
(III) Mond Process (c) Sn
(IV) Van Arkel Method (d) Ga

(I) - (b); (II) - (c); (III) - (d); (IV) - (a)

No worries! We‘ve got your back. Try BYJU‘S free classes today!

(I) - (b); (II) - (d); (III) - (a); (IV) - (c)

No worries! We‘ve got your back. Try BYJU‘S free classes today!

(I) - (c); (II) - (a); (III) - (b); (IV) - (d)

No worries! We‘ve got your back. Try BYJU‘S free classes today!

(I) - (c); (II) - (d); (III) - (b); (IV) - (a)

Right on! Give the BNAT exam to get a 100% scholarship for BYJUS courses

Open in App

Solution

The correct option is C (I) - (c); (II) - (d); (III) - (b); (IV) - (a)
Solution:- (D) (I) - (c); (II) - (d); (III) - (b); (IV) - (a)
Liquation is used for Sn.
Zone refining is used for Ga.
Mond's process is used for Ni.
Van arkel process is used for Zr.

Suggest Corrections

Similar questions

Q. Match the column I with column II:

Column I Column II
(Variety) (Plant)
a. Jaya (i) Wheat
b. Himgiri (ii) Mustard
c. Pusa Sawani (iii) Rice
d. Pusa Swarnim (iv) Okra (Lady finger)

Match the entries of column I with column II
$\begin{matrix} Column A & Column B (a) First artificial plastic & (i) Polythene (b) First artificial fibre & (ii) DNA (c) Biopolymer & (iii) Nylon (d) Linear polymer & (iv) Bakelite \end{matrix}$

Q. Match the statements in column A & Column B

\begin{matrix} C o l u m n A & C o l u m n B (i) A metal which is unreactive towards corrosion & A.Sodium (i i) A metal which is liquid at room temperature. & B. Low tensile strength (i i i) A metal which floats on the surface of water and catches fire & C. Mercury (i v) Zinc & D. Gold \end{matrix}

Q. Match the Column-I and Column-II:

Column-I	Column-II
(i) $M o^{+ 2}$	(a) Carboxylases
(ii) $M g^{+ 2}$	(b) Nitrogenase
(iii) $Z n^{+ 2}$	(c) Catalase
(iv) $F e^{+ 3}$	(d) Pyruvate dehydrogenase

Q. Match Column-I with Column-II and select the correct option from the codes given below.

\begin{matrix} Column-I & Column-II A . & Vessels & I . & Cells are living with thin cellulosic cell walls B . & Tracheids & II . & Cells possess highly thickened walls with obliterated central lumen C . & Xylem fibres & III . & Interconnected through perforations in their common walls D . & Xylem parenchyma & IV . & Tube-like with thick, lignified walls and tapering ends \end{matrix}

Join BYJU'S Learning Program

	Column I (Refining methods)		Column II (Metals)
(I)	Liquation	(a)	Zr
(II)	Zone Refining	(b)	Ni
(III)	Mond Process	(c)	Sn
(IV)	Van Arkel Method	(d)	Ga

Match the refining methods (Column I) with metals (Column II).Column I(Refining methods)Column II(Metals)(I)Liquation(a)Zr(II)Zone Refining(b)Ni(III)Mond Process(c)Sn(IV)Van Arkel Method(d)Ga

The correct option is C (I) - (c); (II) - (d); (III) - (b); (IV) - (a)Solution:- (D) (I) - (c); (II) - (d); (III) - (b); (IV) - (a)Liquation is used for Sn.Zone refining is used for Ga.Mond's process is used for Ni.Van arkel process is used for Zr.

Match the refining methods (Column I) with metals (Column II).
Column I
(Refining methods) Column II
(Metals)
(I) Liquation (a) Zr
(II) Zone Refining (b) Ni
(III) Mond Process (c) Sn
(IV) Van Arkel Method (d) Ga

The correct option is C (I) - (c); (II) - (d); (III) - (b); (IV) - (a)
Solution:- (D) (I) - (c); (II) - (d); (III) - (b); (IV) - (a)
Liquation is used for Sn.
Zone refining is used for Ga.
Mond's process is used for Ni.
Van arkel process is used for Zr.