Referring to the circuit shown in Fig. match Column-I with Column-II Column-IColumn-II(i) Terminal potential difference across the cell will be maximum[A] r > R(ii) Power transferred to resistance R is less than the maximum possible[B] r < R(iii) Power dissipated in the cell is maximum[C] R = ∞(iv) Faster drift of ions in the electrolyte in the cell will be for[D] R = 0

Referring to the circuit shown in Fig. match Column-I with …

Physics Current Electricity Mix MCQ (Single Correct)

Referring to the circuit shown in Fig. match Column-I with Column-II

Column-I	Column-II
(i) Terminal potential difference across the cell will be maximum	[A] r > R
(ii) Power transferred to resistance R is less than the maximum possible	[B] r < R
(iii) Power dissipated in the cell is maximum	[C] R = ∞
(iv) Faster drift of ions in the electrolyte in the cell will be for	[D] R = 0

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The correct answer is:

CHECK THE SOLUTION.

Ans.

(i) [C]

(ii) [A],[B],[C],[D]

(iii) [D]

(iv) [D]

Sol.

(i) R = ∞

(ii) r > R, r < R, R = ∞, R = 0

(iii) R = 0

(iv) R = 0

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