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Can you answer the following question? The answer is posted below: 10. Consider a system with the differential equation: (a) y"(t) +5y' (t) +6y(t) = x(t) + x' (t) (b) y"(t) +6y' (t) +5y(t)= x(t) + x' (t) Find the transfer function and the frequency response. Also determine the zero-state response when x(t) = 3e-5t u(t).

Can you answer the following question? The answer is posted below: 10. Consider a system with the differential equation: (a) y"(t) +5y' (t) +6y(t) = x(t) + x' (t) (b) y"(t) +6y' (t) +5y(t)= x(t) + x' (t) Find the transfer function and the frequency response. Also determine the zero-state response when x(t) = 3e-5t u(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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Can you answer the following question? The answer is posted below: 10. Consider a system with the differential equation: (a) y"(t) +5y' (t) +6y(t) = x(t) + x' (t) (b) y"(t) +6y'(t) +5y(t) = x(t) + x' (t) Find the transfer function and the frequency response. Also determine the zero-state response when x(t) = 3e-5tu(t). s+1 H(jw) = s²+5s+6' YZSR (t) = (3e-3t - 2e-5t-e-2t)u(t) 10. (a) H(s) = 1+jw 6-w²+j5w' (b) H(s) = 245, H(jw) = S+1 $²+6s+5¹ YZSR(t) = 3te-5t u(t) 1+jw 5-w²+j6w'
Transcribed Image Text:Can you answer the following question? The answer is posted below: 10. Consider a system with the differential equation: (a) y"(t) +5y' (t) +6y(t) = x(t) + x' (t) (b) y"(t) +6y'(t) +5y(t) = x(t) + x' (t) Find the transfer function and the frequency response. Also determine the zero-state response when x(t) = 3e-5tu(t). s+1 H(jw) = s²+5s+6' YZSR (t) = (3e-3t - 2e-5t-e-2t)u(t) 10. (a) H(s) = 1+jw 6-w²+j5w' (b) H(s) = 245, H(jw) = S+1 $²+6s+5¹ YZSR(t) = 3te-5t u(t) 1+jw 5-w²+j6w'
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