Given gi(t) = Scos(100mt). g(t) = 8cos(500nt), g(t)= g(t)×9;(t) Find its Fourier transform G₂(w) O a. G₂(w)=20m(6(w-600m)+8(w+400m)+8(w-400m) +8(w+600m)) O b. Gy(w)=20m(8(w+100m) + 5(w+500m)) Oc. G3(w)=40(8(w+100m) + 8(w+500m)) O d. Gy(w)=40(8(w-600m)+8(w+400m)+8(w-400m)+8(w+600m)) Refer

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Given g(t) = Scos(100mt). 9:(t) = 8cos(500mt). 9₁(t)= 9₁(t)*9;(t)
Find its Fourier transform G₂(w)
O a. G (w)=20m(8(w-600m)+8(w+400m)+8(w-400m)+8(w+600m))
O b. Gy(w)=20m(8(w+100m) + 5(w+500m))
Oc. G3(w)=40(8(w+100m) + 8(w+500m))
O d.
G₂(w)=40(8(w-600m)+8(w+400m)+8(w-400m)+8(w+600m))
Refer to Table 4.3 and find th
Transcribed Image Text:Given g(t) = Scos(100mt). 9:(t) = 8cos(500mt). 9₁(t)= 9₁(t)*9;(t) Find its Fourier transform G₂(w) O a. G (w)=20m(8(w-600m)+8(w+400m)+8(w-400m)+8(w+600m)) O b. Gy(w)=20m(8(w+100m) + 5(w+500m)) Oc. G3(w)=40(8(w+100m) + 8(w+500m)) O d. G₂(w)=40(8(w-600m)+8(w+400m)+8(w-400m)+8(w+600m)) Refer to Table 4.3 and find th
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