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Alternating current

Corresponding to the figure shown, match the two columns. [htt

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Medium

Solving time: 3 mins

Corresponding to the figure shown, match the two columns.

$Column I (a) Resistance (b) Capacitive reactance (c) Inductive reactance (d) Impedance Column II (p) 4 (q) 1 (r) 2 (s) 3$

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Electricity and Magnetism (DC Pandey)

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Corresponding to the figure shown, match the two columns.

Column I (a) Resistance (b) Capacitive reactance (c) Inductive reactance (d) Impedance Column II (p) 4 (q) 1 (r) 2 (s) 3

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Text solutionVerified

(a) → s; (b) → p; (c) → r; (d) → q
(a) Resistance does not depend on the value of

ω

.
(b)

X_{C} = \frac{1}{ω C}

X_{C} \propto \frac{1}{ω}

(c)

X_{L} = ω L

X_{L} \propto ω

(d)

Z

is minimum at

ω = ω_{r}

and

Z_{m i n} = R

Below or above

ω_{r}

Z = R^{2} + (X_{L} \sim X_{C})^{2}

Z > R

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Question Text	Corresponding to the figure shown, match the two columns. $Column I (a) Resistance (b) Capacitive reactance (c) Inductive reactance (d) Impedance Column II (p) 4 (q) 1 (r) 2 (s) 3$
Topic	Alternating Current
Subject	Physics
Class	Class 12
Answer Type	Text solution:1
Upvotes	125

Corresponding to the figure shown, match the two columns.

$Column I (a) Resistance (b) Capacitive reactance (c) Inductive reactance (d) Impedance Column II (p) 4 (q) 1 (r) 2 (s) 3$

Text solutionVerified

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Corresponding to the figure shown, match the two columns. Column I (a) Resistance (b) Capacitive reactance (c) Inductive reactance (d) Impedance ​ Column II (p) 4 (q) 1 (r) 2 (s) 3​​

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Corresponding to the figure shown, match the two columns.

$Column I (a) Resistance (b) Capacitive reactance (c) Inductive reactance (d) Impedance Column II (p) 4 (q) 1 (r) 2 (s) 3$