Match the column
Column I | Column II |
(i) Faraday’s first law | [A] |
(ii) One Faraday | [B] Z × 96500 |
(iii) Cell constant | [C] Ionic theory |
(iv) Conductivity | [D] Reduction |
(v) Molar conductivity | [E] 96500 coulomb |
(vi) Arrhenius | [F] λ/a |
(vii) Equivalent mass | [G] W = I × Z × t |
(viii) Anode | [H] ohm–1cm2 mol–1 |
(ix) Cathode | [I] Oxidation |
(x) 1 coulomb electrons | [J] 6.24 × 1018 |
Text Solution
Verified by Experts(i) [G]; (ii) [E]; (iii) [F]; (iv) [A]; (v) [H]; (vi) [C]; (vii) [B]; (viii) [I]; (ix) [D]; (x) [J]; (iv) (v)
(i) [G]
(ii) [E]
(iii) [F]
(iv) [A]
(v) [H]
(vi) [C]
(vii) [B]
(viii) [I]
(ix) [D]
(x) [J]
Sol.
(i) W = I × Z × t
(ii) 96500 coulomb
(iii) λ /a
(iv) 
(v) ohm–1cm2 mol–1
(vi) Ionic theory
(vii) Z × 96500
(viii) Oxidation
(ix) Reduction
(x) 6.24 × 1018
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