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P2-24. In Fig. P2.16, replace the 10, 6, and 4-2 resistances by a single equivalent resistance. Then replace the 90-V source and the two 3-N resistances by a Thévenin equivalent. Use the voltage-divider principle to predict current I. 90 V 10N. Figure P) 16.

P2-24. In Fig. P2.16, replace the 10, 6, and 4-2 resistances by a single equivalent resistance. Then replace the 90-V source and the two 3-N resistances by a Thévenin equivalent. Use the voltage-divider principle to predict current I. 90 V 10N. Figure P) 16.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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P2-24. In Fig. P2.16, replace the 10, 6, and 4-N resistances by a singłe equivalent resistance. Then replace the 90-V source and the two 3-2 resistances by a Thévenin equivalent. Use the voltage-divider principle to predict current I. 90 V 100 40. Figure P2.16
Transcribed Image Text:P2-24. In Fig. P2.16, replace the 10, 6, and 4-N resistances by a singłe equivalent resistance. Then replace the 90-V source and the two 3-2 resistances by a Thévenin equivalent. Use the voltage-divider principle to predict current I. 90 V 100 40. Figure P2.16
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