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5. Find the input impedance at 20 krad/s for the circuit shown in Figure 4. 3 mH 200 £2 m vooo 0.592 21 0.5 μF Figure 5 A. 282/28.8°2 B. 228/28.8° C. 248/28.8° 20 KM Figure 6 D. 284/28.8⁰0 20 μF E. NOTA

5. Find the input impedance at 20 krad/s for the circuit shown in Figure 4. 3 mH 200 £2 m vooo 0.592 21 0.5 μF Figure 5 A. 282/28.8°2 B. 228/28.8° C. 248/28.8° 20 KM Figure 6 D. 284/28.8⁰0 20 μF E. NOTA

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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5. Find the input impedance at 20 krad/s for the circuit shown in Figure 4. 3mH 200 £2 m 0000 3v | 0.5 Ω 2i 120 ΜΗ 0.5 μF Figure 5 Figure 6 A. 282/28.8°2 B.228/28.8° C. 248/28.8° D. 284/28.8° 6. Find the input admittance at 50 krad/s of the circuit shown in Figure 6. A. 2.83--125⁰ S B. 2.83/-135° S C.2.83/-155⁰ S D. 2.83-155° S E. NOTA 20 μF E. NOTA
Transcribed Image Text:5. Find the input impedance at 20 krad/s for the circuit shown in Figure 4. 3mH 200 £2 m 0000 3v | 0.5 Ω 2i 120 ΜΗ 0.5 μF Figure 5 Figure 6 A. 282/28.8°2 B.228/28.8° C. 248/28.8° D. 284/28.8° 6. Find the input admittance at 50 krad/s of the circuit shown in Figure 6. A. 2.83--125⁰ S B. 2.83/-135° S C.2.83/-155⁰ S D. 2.83-155° S E. NOTA 20 μF E. NOTA
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5. Find the input impedance at 20 krad/s for the circuit shown in Figure 4. 3mH 200 £2 m 0000 3v | 0.5 Ω 2i 120 ΜΗ 0.5 μF Figure 5 Figure 6 A. 282/28.8°2 B.228/28.8° C. 248/28.8° D. 284/28.8° 6. Find the input admittance at 50 krad/s of the circuit shown in Figure 6. A. 2.83--125⁰ S B. 2.83/-135° S C.2.83/-155⁰ S D. 2.83-155° S E. NOTA 20 μF E. NOTA
Transcribed Image Text:5. Find the input impedance at 20 krad/s for the circuit shown in Figure 4. 3mH 200 £2 m 0000 3v | 0.5 Ω 2i 120 ΜΗ 0.5 μF Figure 5 Figure 6 A. 282/28.8°2 B.228/28.8° C. 248/28.8° D. 284/28.8° 6. Find the input admittance at 50 krad/s of the circuit shown in Figure 6. A. 2.83--125⁰ S B. 2.83/-135° S C.2.83/-155⁰ S D. 2.83-155° S E. NOTA 20 μF E. NOTA
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