Find the charge and current in an RLC circuit with R = 11 ohms, L = 0.11 Hand C = 0.13 F, which is connected to the source V(t) = 12. Assume thatthe initial current I, is 0 and the initial capacitor charge q, is 0.05.i. Choose the format of the natural response. The x, and x, are theroots of the auxiliary equation.a. q, = C,e+ C,e*9, = C,e"+Values of x,, x, C,and C, of the natural response.ii. Choose the format of the forced response. The x, and x,ii.are theroots of the auxiliary equation.a. q. = C,ex.t+ C,e +q,d.b. q, = C,e + C,te +iv. Values of x,, x, C,, C, and q, of the natural response.Find I(0.1) or current at t=1 sec or 100msFind I(0.2)Find I(0.3)9,V.vi.vii.

For an RLC circuit with R=11 Ω, L=0.11 H, C=0.13 F, Vt=12 V; initial charge q0=0.05 C, initial…

Find the charge and current in an RLC circuit with R = 11 ohms, L = 0.11 H and C = 0.13 F, which is connected to the source V(t) = 12. Assume that the initial current I, is 0 and the initial capacitor charge q, is 0.05. i. Choose the format of the natural response. The x, and x, are the roots of the auxiliary equation. a. q, = C,e' + C,e + C,te*1 b. 4, Ce Values of x, x, C,and C, of the natural response. iii. Choose the format of the forced response. The x, and x, are the roots of the auxiliary equation. a. q. = C,e + C,e +q, x,t b. q, = C,e + C,te Values of x, 11 iv. X, C,, C, and q of the natural response. Find I(0.1) or current at t=1 sec or 100ms vi. Find I(0.2) Find I(0.3) V. vii.

Find the charge and current in an RLC circuit with R = 11 ohms, L = 0.11 H and C = 0.13 F, which is connected to the source V(t) = 12. Assume that the initial current I, is 0 and the initial capacitor charge q, is 0.05. i. Choose the format of the natural response. The x, and x, are the roots of the auxiliary equation. a. q, = C,e' + C,e + C,te*1 b. 4, Ce Values of x, x, C,and C, of the natural response. iii. Choose the format of the forced response. The x, and x, are the roots of the auxiliary equation. a. q. = C,e + C,e +q, x,t b. q, = C,e + C,te Values of x, 11 iv. X, C,, C, and q of the natural response. Find I(0.1) or current at t=1 sec or 100ms vi. Find I(0.2) Find I(0.3) V. vii.

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter24: Resistive-inductive-capacitive Parallel Circuits

Section: Chapter Questions

Problem 1RQ: An AC circuit contains a 24 resistor, a 15.9-mH inductor, and a 13.3F capacitor connected in...

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