3.49 Compute the following system responses for the circuit shown in Fig. P3.49 given that x(1) = 25 cos(3r) u(t). R = 250 k2, C = 1 µF, and the capacitor was initially charged to 2 V: (a) Zero-input response. (b) Zero-state response. (c) Transient response. (d) Steady-state response. (e) Natural response. "() Forced response. R x(1) C y(1) Figure P3.49: Circuit for Problems 3.49 and 3.50.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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part d, e, and f

3.49 Compute the following system responses for the
circuit shown in Fig. P3.49 given that x(t) = 25 cos(31) u(t),
R = 250 k2, C = 1 µF, and the capacitor was initially charged
to 2 V:
(a) Zero-input response.
(b) Zero-state response.
(c) Transient response.
(d) Steady-state response.
(e) Natural response.
*() Forced response.
R
x(1)
C
Figure P3.49: Circuit for Problems 3.49 and3.50.
Transcribed Image Text:3.49 Compute the following system responses for the circuit shown in Fig. P3.49 given that x(t) = 25 cos(31) u(t), R = 250 k2, C = 1 µF, and the capacitor was initially charged to 2 V: (a) Zero-input response. (b) Zero-state response. (c) Transient response. (d) Steady-state response. (e) Natural response. *() Forced response. R x(1) C Figure P3.49: Circuit for Problems 3.49 and3.50.
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