(a) The voltage v(t) across a 600 mH inductor is shown in Figure 3a. Assuming i(0)=0,determine the following for 0 st s 3s: i. The inductor current i(t). ii. The inductor power p(t). iii. The energy stored in the inductor w(t). v(t) ↑ 10V v (t) 2 Figure 3b Figure 3a Determine i(t) for t≥ 0 for the circuit in Figure 3b when i(0) = -4 A and vs(t) the voltage shown in Figure 3c. i(1) 3 8H t(s) v (t) 4V -1VF 1 2 Figure 3c 3 t(s)

(a) The voltage v(t) across a 600 mH inductor is shown in Figure 3a. Assuming i(0)=0,determine the following for 0 st s 3s: i. The inductor current i(t). ii. The inductor power p(t). iii. The energy stored in the inductor w(t). v(t) ↑ 10V v (t) 2 Figure 3b Figure 3a Determine i(t) for t≥ 0 for the circuit in Figure 3b when i(0) = -4 A and vs(t) the voltage shown in Figure 3c. i(1) 3 8H t(s) v (t) 4V -1VF 1 2 Figure 3c 3 t(s)

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter17: Resistive-inductive Series Circuits

Section: Chapter Questions

Problem 2PA: You are a journeyman electrician working in an industrial plant. Your task is to connect an inductor...

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Question

Please help with both the parts..thanks

(a) The voltage v(t) across a 600 mH inductor is shown in Figure 3a. Assuming i(0)=0,determine the following for 0 ≤ t ≤ 3s:
i. The inductor current i(t).
ii. The inductor power p(t).
iii. The energy stored in the inductor w(t).
v(t) ↑
10 V
2
Figure 3b
Figure 3a
(b) Determine i(t) for t≥ 0 for the circuit in Figure 3b when i(0) = -4 A and vs(t) the voltage shown in Figure 3c.
i(1)
3
8H
t (s)
v (t)
4V
-1VF
1
2
Figure 3c
3
t(s)

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