The FT of the signal x(t) = 2u(t)cos(wot) is %3D A. X(jw) = Jw + πδιν) B. X(jw) n[8(w – wo) + 8(w + wo)] + %3D 2/w %3| - w-w2 jw C. X(jw) = %3D w-w2 [8(w - wo) + 8(w + wo)] + D. X(jw) = /w O A.. O B....

Signal and System Analysis

The FT of the signal x(t) = 2u(t)cos(wot) is<br>%3D<br>A. X(jw) =<br>Jw<br>+ πδιν)<br>B. X(jw) n[8(w – wo) + 8(w + wo)] +<br>%3D<br>2/w<br>%3|<br>-<br>w-w2<br>jw<br>C. X(jw) =<br>%3D<br>w-w2<br>[8(w - wo) + 8(w + wo)] +<br>D. X(jw) =<br>/w<br>O A..<br>O B. .<br>O C.<br>O ..<br>Sianals Course<br>

Extracted text: The FT of the signal x(t) = 2u(t)cos(wot) is %3D A. X(jw) = Jw + πδιν) B. X(jw) n[8(w – wo) + 8(w + wo)] + %3D 2/w %3| - w-w2 jw C. X(jw) = %3D w-w2 [8(w - wo) + 8(w + wo)] + D. X(jw) = /w O A.. O B. . O C. O .. Sianals Course

Jun 11, 2022

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The FT of the signal x(t) = 2u(t)cos(wot) is %3D A. X(jw) = Jw + πδιν) B. X(jw) n[8(w – wo) + 8(w + wo)] + %3D 2/w %3| - w-w2 jw C. X(jw) = %3D w-w2 [8(w - wo) + 8(w + wo)] + D. X(jw) = /w O A.. O B....

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