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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 vx from your equivalent circuit. 3.3[kN] b 7[mA] 2.7[kN] 4.7[kN] 6[mA] 2.2[KΩ) VX 9.2[kN] AAA A A0

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 vx from your equivalent circuit. 3.3[kN] b 7[mA] 2.7[kN] 4.7[kN] 6[mA] 2.2[KΩ) VX 9.2[kN] AAA A A0

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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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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