V1 = 250 V I = 90 mA R1 = 2.5 kohms R2 = 2.5 kohms R3 = 1.5 kohms 1) Find the equivalent resistance for the circuit not including R6. 2) Find the current from the voltage source. 3) Find v0 across R6 in the circuit. 4) Find voltage across R3 in the circuit. R4 = 5.0 kohms R5 = 3.0 kohms R6 = 2.0 kohms
V1 = 250 V I = 90 mA R1 = 2.5 kohms R2 = 2.5 kohms R3 = 1.5 kohms 1) Find the equivalent resistance for the circuit not including R6. 2) Find the current from the voltage source. 3) Find v0 across R6 in the circuit. 4) Find voltage across R3 in the circuit. R4 = 5.0 kohms R5 = 3.0 kohms R6 = 2.0 kohms
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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V1 = 250 V
I = 90 mA
R1 = 2.5 kohms
R2 = 2.5 kohms
R3 = 1.5 kohms
1) Find the equivalent resistance for the circuit not including R6.
2) Find the current from the voltage source.
3) Find v0 across R6 in the circuit.
4) Find voltage across R3 in the circuit.
R4 = 5.0 kohms
R5 = 3.0 kohms
R6 = 2.0 kohms
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