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4. For Figure 3, Vm= 10 V and Im = 5 A. For each of the following, determine the u quantity based on circuits in Figure 3: a. VL = 10 sin(@t + 60°) V, il=? b. VL = 10 sin(@t - 15°) V, iL =? c. İL = 5 cos(ot - 60°) A, vL =? d. iL = 5 sin(@t + 10°) A, v̟ =? ca) C6) t.

4. For Figure 3, Vm= 10 V and Im = 5 A. For each of the following, determine the u quantity based on circuits in Figure 3: a. VL = 10 sin(@t + 60°) V, il=? b. VL = 10 sin(@t - 15°) V, iL =? c. İL = 5 cos(ot - 60°) A, vL =? d. iL = 5 sin(@t + 10°) A, v̟ =? ca) C6) 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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4. For Figure 3, Vm = 10 V and Im = 5 A. For each of the following, determine the unknown quantity based on circuits in Figure 3: a. VL = 10 sin(@t + 60°) V, il=? b. VL = 10 sin(@t - 15°) V, iL =? c. İL = 5 cos(ot - 60°) A, vL =? d. iL = 5 sin(@t + 10°) A, v̟ =? ca) (6) (C) fig. 3
Transcribed Image Text:4. For Figure 3, Vm = 10 V and Im = 5 A. For each of the following, determine the unknown quantity based on circuits in Figure 3: a. VL = 10 sin(@t + 60°) V, il=? b. VL = 10 sin(@t - 15°) V, iL =? c. İL = 5 cos(ot - 60°) A, vL =? d. iL = 5 sin(@t + 10°) A, v̟ =? ca) (6) (C) fig. 3
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