How did he get the value insidethe circle, can you explain step by step?The above spectoumbe written ascamY(F) =12000 S(F+3000) + 12000 S(f-3000)+20000 S(CF+200+20000 8(f-200)24000 SCF-3000) +24000 S(f+300D) +2.y0000 S(f-2000) + yoo00 S(f+2000)2.マ YE) -24000 S(F-3000) + SIf+300)%3D2y0000 S(F-2000) + S(F+2000)2Step 2 of 2:)weknow thatAc cos(27Tfct) <FourierTransFom Ac SCF-fc)+ S(F+F)|APply Inve8se TOamsForm to Y(F) wegety (t) = 24000cos (21TX 3000 E) + 40000 COS 2T x 2000t%3D=) yE) = 2400ocos (G000TTE) + 40000 Cos (400 TE)

Answered: Image /qna-images/answer/83003f62-8202-4525-9651-4ab3ec070198.jpg

How did he get the value inside the circle, can you explain step by step? The above spectoum be written as cam Y(F) = 12.000 S(F +3000) + 12000 S(f-3000) +20000 S(CF+2000+ 20o00 S(F-200) > YE) 24000 SCF-3000) +24000 S(ft300D + 2. 40000 S(F-2000) + yoo00 S(f+2000) 2. ラ YE) - 24000 S(F-3000) + SIf+300) %3D 2 y0000 S(F-200) + S(F+2000) 2 Step 2 of 2:) we know that Ac cos(27Tfct) < Fourier TransFom Ac SCF-fc)+ S(F+F)| APply Inveose TOamsForm to Y(F) we get y (t) = 24000coS (21TX 3000 E) + 40000 COS 2T x 2000t =) yE) = 2400ocos (G000TTE) + 40000 CoS (4000 TE)

How did he get the value inside the circle, can you explain step by step? The above spectoum be written as cam Y(F) = 12.000 S(F +3000) + 12000 S(f-3000) +20000 S(CF+2000+ 20o00 S(F-200) > YE) 24000 SCF-3000) +24000 S(ft300D + 2. 40000 S(F-2000) + yoo00 S(f+2000) 2. ラ YE) - 24000 S(F-3000) + SIf+300) %3D 2 y0000 S(F-200) + S(F+2000) 2 Step 2 of 2:) we know that Ac cos(27Tfct) < Fourier TransFom Ac SCF-fc)+ S(F+F)| APply Inveose TOamsForm to Y(F) we get y (t) = 24000coS (21TX 3000 E) + 40000 COS 2T x 2000t =) yE) = 2400ocos (G000TTE) + 40000 CoS (4000 TE)

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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