Consider a signal, y(t) defined as, (-t+2, Osts1 t-1, 1st<2 y(t)=4 2

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Consider a signal, y(t) defined as,
(-r+2,
t-1,
1<t<2
y(t) ={ t 5
2<t<5
3 3
0,
otherwise
The energy of the signal y(t) is E=3J.
A periodic signal z(t) is defined as,
z(t) =
for all t
power of w(t)=z(24) is,
The
P
(а) 1/24 J
(b) 1/8 J
(c) 1/16 J
(d) 1/4 J
Transcribed Image Text:Consider a signal, y(t) defined as, (-r+2, t-1, 1<t<2 y(t) ={ t 5 2<t<5 3 3 0, otherwise The energy of the signal y(t) is E=3J. A periodic signal z(t) is defined as, z(t) = for all t power of w(t)=z(24) is, The P (а) 1/24 J (b) 1/8 J (c) 1/16 J (d) 1/4 J
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