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Objective 1-Know and be able to use the equations for voltage, current, power, and energy in an induc nonovno 6.1 The current source in the circuit shown gener- ates the current pulse ig (t) = 0, ig(t) = 8e-300 - 8e -1200t A, t < 0, t≥ 0. 28 29verud Find (a) v (0); (b) the instant of time, greater plug on than zero, when the voltage v passes through zero; (c) the expression for the power delivered to the inductor; (d) the instant when the power gulum delivered to the inductor is maximum; (e) the maximum power; (f) the instant of time when the stored energy is maximum; and (g) the max- stored in the inductor. imum energy SELE-CHECK: Also try Chanter Problems 6.3 and 6.11. v34 mH Answer: (a) 28.8 V; (b) 1.54 ms; (c) -76.8e-600t + 384e-1500 -307.2e W, t≥ 0; -2400t (d) 411.05 μs; (e) 32.72 W; (f) 1.54 ms; (g) 28.57 mJ. hergy

Objective 1-Know and be able to use the equations for voltage, current, power, and energy in an induc nonovno 6.1 The current source in the circuit shown gener- ates the current pulse ig (t) = 0, ig(t) = 8e-300 - 8e -1200t A, t < 0, t≥ 0. 28 29verud Find (a) v (0); (b) the instant of time, greater plug on than zero, when the voltage v passes through zero; (c) the expression for the power delivered to the inductor; (d) the instant when the power gulum delivered to the inductor is maximum; (e) the maximum power; (f) the instant of time when the stored energy is maximum; and (g) the max- stored in the inductor. imum energy SELE-CHECK: Also try Chanter Problems 6.3 and 6.11. v34 mH Answer: (a) 28.8 V; (b) 1.54 ms; (c) -76.8e-600t + 384e-1500 -307.2e W, t≥ 0; -2400t (d) 411.05 μs; (e) 32.72 W; (f) 1.54 ms; (g) 28.57 mJ. hergy

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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I just need 6.1 part (d) and part (e).
ASSESSMENT PROBLEM Objective 1-Know and be able to use the equations for voltage, current, power, and energy in an inductor TOVNO 6.1 The current source in the circuit shown gener- ates the current pulse 305 ig (t) = 0, and brig pig(t) = 8e-300t sorro2010 or t < 0, A, t≥ 0. skas 25vered - 8e-1200t Find (a) v (0); (b) the instant of time, greater than zero, when the voltage v passes through delivered zero; (c) the expression for the power to the inductor; (d) the instant when the power delivered to the inductor is maximum; (e) the maximum power; (f) the instant of time when the stored energy is maximum; and (g) the max- imum energy stored in the inductor. SELF-CHECK: Also try Chapter Problems 6.3 and 6.11. Answer: (a) 28.8 V; (b) 1.54 ms; (c) -76.8e-600t + 384e-1500t -307.2e-2400 W, t≥ 0; (d) 411.05 us; (e) 32.72 W; v34 mH (f) 1.54 ms; (g) 28.57 mJ.
Transcribed Image Text:ASSESSMENT PROBLEM Objective 1-Know and be able to use the equations for voltage, current, power, and energy in an inductor TOVNO 6.1 The current source in the circuit shown gener- ates the current pulse 305 ig (t) = 0, and brig pig(t) = 8e-300t sorro2010 or t < 0, A, t≥ 0. skas 25vered - 8e-1200t Find (a) v (0); (b) the instant of time, greater than zero, when the voltage v passes through delivered zero; (c) the expression for the power to the inductor; (d) the instant when the power delivered to the inductor is maximum; (e) the maximum power; (f) the instant of time when the stored energy is maximum; and (g) the max- imum energy stored in the inductor. SELF-CHECK: Also try Chapter Problems 6.3 and 6.11. Answer: (a) 28.8 V; (b) 1.54 ms; (c) -76.8e-600t + 384e-1500t -307.2e-2400 W, t≥ 0; (d) 411.05 us; (e) 32.72 W; v34 mH (f) 1.54 ms; (g) 28.57 mJ.
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