error, including exprQ1: Solve or choose the best answer.1- The Fourier transform of the signal 8(t+1) +8(t-1) isa. 2/(1+jw)b. 2/(1-jw))/C. 2 cos @d. 2 sin w2- For a periodic signal f(t) = 30 sin 1000t + 10 cos 3000t + 6sin (5000t + 4), the fundamental frequency in rad/s is -i. 1000ii. 3000iii. 500iv. 50003- The1.ii.and notation errors,trigonometric Fourier series of an even functiondoes not haveThe de term.The cosine termsiii. The sine termsiv. The odd harmonic terms4- Find the possible values of a and b in the expressionu(x, t) = = cos (at) sin (bx)such that it satisfies the wave equation.5- TheInverseFourier transform of theл(w-4л) + л8(w+4л) is_i. 21 (1-сos 4rt)ii. π (1-сos 4rt)iii. 1 + cos 4лtiv. 2 x (1 + cos 4rt)6- The value of 24 dz, where c: |z-j2| = 1 is will be:z²+4i. 0ii. π/2iii. πiv. 1/5of timeBoth sinh(z) and cosh(z) are entire functions.Neither sinh(z) nor cosh(z)are entire functions.signal 278(W) +7- For a complex variable z=x+jy, which of the following statements is true?/i.ii.

Answered: Image /qna-images/answer/d79867f3-a607-4bb3-a1b2-6168cab66f01.jpg

Q1: Solve or choose the best answer. 1- The Fourier transform of the signal 8(t+1) +8(t-1) is a. 2/(1+jw) b. 2/(1-jw)) /C. 2 cos w d. 2 sin w 2- For a periodic signal f(t) = 30 sin 1000t + 10 cos 3000t + 6 sin (5000t + 4), the fundamental frequency in rad/s is - i. 1000 ii. 3000 iii. 500 iv. 5000 3- The trigonometric Fourier series of an even function of time does not have 1. The de term. ii. The cosine terms iii. The sine terms iv. The odd harmonic terms

Q1: Solve or choose the best answer. 1- The Fourier transform of the signal 8(t+1) +8(t-1) is a. 2/(1+jw) b. 2/(1-jw)) /C. 2 cos w d. 2 sin w 2- For a periodic signal f(t) = 30 sin 1000t + 10 cos 3000t + 6 sin (5000t + 4), the fundamental frequency in rad/s is - i. 1000 ii. 3000 iii. 500 iv. 5000 3- The trigonometric Fourier series of an even function of time does not have 1. The de term. ii. The cosine terms iii. The sine terms iv. The odd harmonic terms

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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The question asks "to find the Fourier Transform". You only need to answer question b. Thanks!! Only b
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