2. Suppose that an input of x(t) is applied to a causal LTI system whose magnitude response and phaseresponse of transfer function H(w) is given below|H(@)]ZH(w)1090°-20n20n-90°where x(t) = V2+2cos(87 t) + 2 cos(167t) +2 cos(247 t).a) Determine the input power Px.b) Determine the system output y(t).c) Determine the output power Py.

2. Suppose that an input of x(1) is applied to a causal LTI system whose magnitude response and phase response of transfer function H(w) is given below IH(@)| ZH(@) 10 90° -20n 20л -90° where x(t) = v2+2 cos(87 t) + 2 cos(16A t) + 2 cos(247 t). a) Determine the input power Px. b) Determine the system output y(t). c) Determine the output power Py.

2. Suppose that an input of x(1) is applied to a causal LTI system whose magnitude response and phase response of transfer function H(w) is given below IH(@)| ZH(@) 10 90° -20n 20л -90° where x(t) = v2+2 cos(87 t) + 2 cos(16A t) + 2 cos(247 t). a) Determine the input power Px. b) Determine the system output y(t). c) Determine the output power Py.

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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