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In the following circuit, vs(t) = a + bu(t) V, R = 5 N, L = 3 H, C = 2 F Given that, a = 9 V and b = 2 V. What is the value of v₁ (0+) (unit: V)? Hint: for an inductor, vã (0¯) may be different from vå (0+). To solve this, you 0+ and use the Ohm's law for the resistor R need to write the KVL at t - VR(t) vs (t) +1 + №= R + VL (t) oooo L vc (t) + C i(t)

In the following circuit, vs(t) = a + bu(t) V, R = 5 N, L = 3 H, C = 2 F Given that, a = 9 V and b = 2 V. What is the value of v₁ (0+) (unit: V)? Hint: for an inductor, vã (0¯) may be different from vå (0+). To solve this, you 0+ and use the Ohm's law for the resistor R need to write the KVL at t - VR(t) vs (t) +1 + №= R + VL (t) oooo L vc (t) + C i(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
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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In the following circuit, vs (t) = a + bu(t) V, R = 5, L= 3 H, C = 2 F Given that, a = = 9 V and b = 2 V. What is the value of v₁ (0+) (unit: V)? Hint: for an inductor, v₁ (0¯) may be different from vå (0+). To solve this, you need to write the KVL at t = 0+ and use the Ohm's law for the resistor R vs (t) + I + VR (t) m R + VL (t) mooo L vc (t) + C i(t)
Transcribed Image Text:In the following circuit, vs (t) = a + bu(t) V, R = 5, L= 3 H, C = 2 F Given that, a = = 9 V and b = 2 V. What is the value of v₁ (0+) (unit: V)? Hint: for an inductor, v₁ (0¯) may be different from vå (0+). To solve this, you need to write the KVL at t = 0+ and use the Ohm's law for the resistor R vs (t) + I + VR (t) m R + VL (t) mooo L vc (t) + C i(t)
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