Given Using the Fourier inverse transform inverse g(t) = ? G (w) = 26 (w-50) + 8 (w+50)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Given
Using the Fourier inverse transform inverse g(t) = ?
O a.
O b.
O C
O d.
G (w) = 28 (w 50) + 8 (w+50)
g (t) = cos(50t) +
g (t) = = cos(50t) +
e
g(t) = π cos(50t) +
-j50t
1
e50
2T
g(t) = cos(50t) + mejor
e
-j501
Transcribed Image Text:Given Using the Fourier inverse transform inverse g(t) = ? O a. O b. O C O d. G (w) = 28 (w 50) + 8 (w+50) g (t) = cos(50t) + g (t) = = cos(50t) + e g(t) = π cos(50t) + -j50t 1 e50 2T g(t) = cos(50t) + mejor e -j501
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