(a) Determine values of R1 and R2 in the Figure b that make the circuit in Figure b equivalent to the circuit in Figure a. (b) Analyze the circuit in Figure b to determine the values of the currents ia and i, (c) Because the circuits are equivalent, the currents i, and i shown in Figure b are equal to the currents i, and ib shown in Figure a. Use this fact to determine values of the voltage v1 and current i2 shown in Figure a. - U1 + 10 Q 12 82 12 2 27 V 3ig < 242 (a) R1 la 27 V 3ig R2 (b)

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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(a)
Determine values of R1 and R2 in the Figure b that make the circuit in Figure b equivalent to
the circuit in Figure a.
(b)
Analyze the circuit in Figure b to determine the values of the currents ią and in
Because the circuits are equivalent, the currents i, and i, shown in Figure b are equal to the
(c)
currents i, and ib shown in Figure a. Use this fact to determine values of the voltage v1 and current i2
shown in Figure a.
U1 +
10 2
i2
3ig
24 82
12 2
27 V
(a)
R1
27 V
3ig
R2
(b)
45°F Clear
99+
P Type here to search
Transcribed Image Text:(a) Determine values of R1 and R2 in the Figure b that make the circuit in Figure b equivalent to the circuit in Figure a. (b) Analyze the circuit in Figure b to determine the values of the currents ią and in Because the circuits are equivalent, the currents i, and i, shown in Figure b are equal to the (c) currents i, and ib shown in Figure a. Use this fact to determine values of the voltage v1 and current i2 shown in Figure a. U1 + 10 2 i2 3ig 24 82 12 2 27 V (a) R1 27 V 3ig R2 (b) 45°F Clear 99+ P Type here to search
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