he FT of a signal f () as: Fle)= sin c'leı- 1005) + sinc’to + 1007). Using the modulationtheorem, the signal /() is to be:lint, use the FT pair: tril-) cɔ-100I + 1007B. 2r A,+ 2 trit-2C.tri) cos(100)D. tri) sin(100)9. The Fourier Transform of x(1) = e²" u(-t) isjasA.2+ ja•B.2- joС.2- joD.2-0

Question 8 Right Answer option (C) Question 9 Right Answer option (B)

he T of a signal f(t) as: Fle)=sin c'te - 1007) + sìnc'(o + 100x). Using the modulation theorem, the signal /(t) is to be: Uint, use the FT pair: tril) A tri B. 2ri( -100 )+ 2 tri(- + 100z C. trit) cos(100m) D. tri sin(100) 9. The Fourier Transform of x(1) = e" u(-t) is A. 2+ ja • B. 2- jo С. 2- jo D. 2-0

he T of a signal f(t) as: Fle)=sin c'te - 1007) + sìnc'(o + 100x). Using the modulation theorem, the signal /(t) is to be: Uint, use the FT pair: tril) A tri B. 2ri( -100 )+ 2 tri(- + 100z C. trit) cos(100m) D. tri sin(100) 9. The Fourier Transform of x(1) = e" u(-t) is A. 2+ ja • B. 2- jo С. 2- jo D. 2-0

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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