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6. Find v(0*). a) -5 V b) 10 V c) -15 V d) 20 V e) none of these 7 Find (E) 10 V 2 kn ww t=0 20 mH ele 3 kn v(t)

6. Find v(0*). a) -5 V b) 10 V c) -15 V d) 20 V e) none of these 7 Find (E) 10 V 2 kn ww t=0 20 mH ele 3 kn v(t)

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. Find v(0*). a)-5 V b) 10 V # c) -15 V d) 20 V e) none of these 7. Find i(t). a) 12 cos(105t + 45°) mA b) 9 cos(105t +90°) mA c) 6 cos (105t - 90°) mA d) 3 cos (105t-45°) mA e) none of these 8. Find v' (0*). a) 100 V/s b) -200 V/s c) 300 V/s d) -400 V/s 9. Find vc (2). a) 0.21 V b) 0.41 V c) 0.81 V d) 1.01 V e) none of these 6V 10 v (+ 6 cos(105t + 45°) mA (†) 8V(+ 10 kQ ww 125 02 m 2kQ ww 2 ΚΩΣ t=0 25 μF t = 0 t=0 20 mH b 6² 000 10 ΚΩ ww 2 kΩ Σ 1 μF 50 mH3kQ t=0 1kΩ m 6 kn 3 kΩΣ v(t) ||i(t) Feel 50 μΗ 6k03 MA 500 μF vc(t) 10. Given v'(0*) = 0 V/s, find the constant D₁ needed in the solution for v(t) when t > 0. a) 375 k b) 500 k c) 625 k d) 750 k e) none of these c) 30 μs d) 35 μs e) none of these 1. Given i(5μs) = 2 A, when will i(t) be approximately zero? a) 20 μs b) 25 µs 2. Find v(co). a) 3 V b) 6 V c) 9V d) 12 V e) 5V(+ none of these 2 kq|i(t) 9v( ww 200 Ω 12 ΚΩ www t = 20 ms t=0 4 mH 1 ΚΩ mele 30 mH -000 Σσκο 6 V ele 16 nF 10 mH t=0 .30 μF 30 ΚΩ ww v(t) (+)6V
Transcribed Image Text:6. Find v(0*). a)-5 V b) 10 V # c) -15 V d) 20 V e) none of these 7. Find i(t). a) 12 cos(105t + 45°) mA b) 9 cos(105t +90°) mA c) 6 cos (105t - 90°) mA d) 3 cos (105t-45°) mA e) none of these 8. Find v' (0*). a) 100 V/s b) -200 V/s c) 300 V/s d) -400 V/s 9. Find vc (2). a) 0.21 V b) 0.41 V c) 0.81 V d) 1.01 V e) none of these 6V 10 v (+ 6 cos(105t + 45°) mA (†) 8V(+ 10 kQ ww 125 02 m 2kQ ww 2 ΚΩΣ t=0 25 μF t = 0 t=0 20 mH b 6² 000 10 ΚΩ ww 2 kΩ Σ 1 μF 50 mH3kQ t=0 1kΩ m 6 kn 3 kΩΣ v(t) ||i(t) Feel 50 μΗ 6k03 MA 500 μF vc(t) 10. Given v'(0*) = 0 V/s, find the constant D₁ needed in the solution for v(t) when t > 0. a) 375 k b) 500 k c) 625 k d) 750 k e) none of these c) 30 μs d) 35 μs e) none of these 1. Given i(5μs) = 2 A, when will i(t) be approximately zero? a) 20 μs b) 25 µs 2. Find v(co). a) 3 V b) 6 V c) 9V d) 12 V e) 5V(+ none of these 2 kq|i(t) 9v( ww 200 Ω 12 ΚΩ www t = 20 ms t=0 4 mH 1 ΚΩ mele 30 mH -000 Σσκο 6 V ele 16 nF 10 mH t=0 .30 μF 30 ΚΩ ww v(t) (+)6V
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