4. Given the circuit shown in Figure 3, determine (a) the total equivalent resistance, (b) the total current, IT, (c) the current flow through R₁, and (d) the power delivered to the load resistor, R₁. E 24 V R1 8 Ohm R2 8 Ohm R4 6 Ohm R3 24 Ohm R5 6 Ohm Figure 3 R7 4 Ohm R6 24 Ohm R8 4 Ohm RL 16 Ohm

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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4. Given the circuit shown in Figure 3, determine (a) the total equivalent resistance, (b) the total current,
IT, (c) the current flow through R₁, and (d) the power delivered to the load resistor, R₁.
E
24 V
R1
8 Ohm
R2
8 Ohm
R4
6 Ohm
R3
24 Ohm
R5
6 Ohm
Figure 3
R7
4 Ohm
R6
24 Ohmi
R8
4 Ohm
RL
16 Ohm
Transcribed Image Text:4. Given the circuit shown in Figure 3, determine (a) the total equivalent resistance, (b) the total current, IT, (c) the current flow through R₁, and (d) the power delivered to the load resistor, R₁. E 24 V R1 8 Ohm R2 8 Ohm R4 6 Ohm R3 24 Ohm R5 6 Ohm Figure 3 R7 4 Ohm R6 24 Ohmi R8 4 Ohm RL 16 Ohm
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