Capacitor is Being Charged | Lecture Note - Edubirdie

University:
Santa Fe College
Course:
ETS 2527C | Electromechanical Components and Mechanisms
Academic year:

2024
Views:

364

Pages:

5
Author:

Jabin F.

Capacitor is being charged! E = Eo/Q Q = A Charging 2(t)↑o(t) = Ei Then dE/dt = +ve Discharging => 2(t)↓, o(t)↓, E(t)↓ dE/dt = -ve Fully charged or fully discharged: - q is independent of time. dE/dt = 0 Ques 24 E= 10ĵexp[i(6x+82)] Page-715 Soln let E= 10je¿ [R? ~wt] R= 6i+8k |R| = 10 :: in free space |R| = c => w = c|R| = 10c option(c) or option(b) B= (RXE)/w = (6i+8k) X10je^(6x+8z-10ct) / 10c = (6R-8²) exp[i(6m+82-10ct)] / c (option (a) is right) Ques. 26 \(\vec{E}=E.6s[77/0.3x+0.4y-1000t)^{\prime}]\) R page-72 B=(R)・・긑=Eolos [T (RE-WH)]R 尺= +[10:32+0.49]] \[\omega=1000\] B= TEO [(0.30 +0.43)xR] GS/F/0.34 + 1800 0.44)) \[=\frac{\pi E_{0}}{1000}[-0.3\hat{J}+0.4\hat{C}]6s[\Pi(0.3x+0.44j]]\]

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