Problem 3. (A08) Given the signals x and y as shown below, let z 4 wy. Express z in case-defined form, as well as in the form of a linear combination of shifted step signals using the table method. t+1 te (-1,0) 1 te (0,1) 0 otherwise ¤(t) 4 (За) { e-t te (0,1) 0 otherwise y(t) 4 (3b)

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Problem 3. (A08) Given the signals x and y as shown below, let z 4 wy. Express z in case-defined
form, as well as in the form of a linear combination of shifted step signals using the table method.
t+1 te (-1,0)
1 te (0,1)
0 otherwise
¤(t) 4
(За)
{
e-t te (0,1)
0 otherwise
y(t) 4
(ЗЬ)
Transcribed Image Text:Problem 3. (A08) Given the signals x and y as shown below, let z 4 wy. Express z in case-defined form, as well as in the form of a linear combination of shifted step signals using the table method. t+1 te (-1,0) 1 te (0,1) 0 otherwise ¤(t) 4 (За) { e-t te (0,1) 0 otherwise y(t) 4 (ЗЬ)
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