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5. For the circuit below , find the voltage across 50 resistor and the current through it. bR1 150 11 10 A R3 20 R4 10 12 5 A a) 1.93 V b) 2.83 V c) 3.5 V d) 5.7 V

5. For the circuit below , find the voltage across 50 resistor and the current through it. bR1 150 11 10 A R3 20 R4 10 12 5 A a) 1.93 V b) 2.83 V c) 3.5 V d) 5.7 V

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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14:08 d A Y 3 all all 52% A SANFOUNDRY SF Global Education & Learning view Answer 5. For the circuit below, find the voltage across 50 resistor and the current through it. LR1 2150 R2 $50 R3 20 R4 10 12 5 A O A a) 1.93 V b) 2.83 V c) 3.5 V d) 5.7 V View Answer Answer: b Explanation: Here all the resistors are connected in parallel and let the voltage be V. Hence, i15=V/15, is=V/5, iz=V/2, i1=V/1. By kirchhoff's current law, V/15 + V/5 + V/2 V/1 +5 = 10. On solving equation, we obtain the value of V. As all resistors are in parallel, voltage across each is same as V. advertisement Smart Speaker Design Solutions Learn more SANFOUNDRY CERTIFICATION GET STARTED FREE III
Transcribed Image Text:14:08 d A Y 3 all all 52% A SANFOUNDRY SF Global Education & Learning view Answer 5. For the circuit below, find the voltage across 50 resistor and the current through it. LR1 2150 R2 $50 R3 20 R4 10 12 5 A O A a) 1.93 V b) 2.83 V c) 3.5 V d) 5.7 V View Answer Answer: b Explanation: Here all the resistors are connected in parallel and let the voltage be V. Hence, i15=V/15, is=V/5, iz=V/2, i1=V/1. By kirchhoff's current law, V/15 + V/5 + V/2 V/1 +5 = 10. On solving equation, we obtain the value of V. As all resistors are in parallel, voltage across each is same as V. advertisement Smart Speaker Design Solutions Learn more SANFOUNDRY CERTIFICATION GET STARTED FREE III
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