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6. For the circuit shown, use source transformations to obtain an equivalent circuit as seen by the 4.7[kN] resistor. Draw the equivalent circuit, showing terminals a and b on your circuit, showing the 4.7[k2] resistor, and showing the numerical values of the circuit components. Find the voltage yx from your equivalent circuit.

6. For the circuit shown, use source transformations to obtain an equivalent circuit as seen by the 4.7[kN] resistor. Draw the equivalent circuit, showing terminals a and b on your circuit, showing the 4.7[k2] resistor, and showing the numerical values of the circuit components. Find the voltage yx from your equivalent circuit.

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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6. For the circuit shown, use source transformations to obtain an equivalent circuit as seen by the 4.7[kQ] resistor. Draw the equivalent circuit, showing terminals a and b on your circuit, showing the 4.7[k2] resistor, and showing the numerical values of the circuit components. Find the voltage va from your equivalent circuit. 3.3[kN] b 7[mA] 2.7[kN] 4.7[kO] ! 6[mA] 2.2[kQ] vx 9.2[kN] a 8.2[kQ] | 20[V] 18[kQ] + 5.6[kO]
Transcribed Image Text:6. For the circuit shown, use source transformations to obtain an equivalent circuit as seen by the 4.7[kQ] resistor. Draw the equivalent circuit, showing terminals a and b on your circuit, showing the 4.7[k2] resistor, and showing the numerical values of the circuit components. Find the voltage va from your equivalent circuit. 3.3[kN] b 7[mA] 2.7[kN] 4.7[kO] ! 6[mA] 2.2[kQ] vx 9.2[kN] a 8.2[kQ] | 20[V] 18[kQ] + 5.6[kO]
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