Question 4: CL04 (C4-PLO2) a. Consider the linear constant coefficient difference equation y[n] -yln – 1] = x[n] which describes a linear, time-invariant system initially at rest. What is the system function that describes Y(n) in terms of X(n)? 1|Page b. Using Fourier transforms, evaluate y[n] if x[n] is i. 8[n] ii. 8[n – no) iii. O"u[m]

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Question 4: CLO4 (C4-PLO2)
a. Consider the linear constant coefficient difference equation
yln] - żyln – 1] = x[n]
which describes a linear, time-invariant system initially at rest. What is the system
function that describes Y(n) in terms of X(n)?
1|Page
b. Using Fourier transforms, evaluate y[n] if x[n] is
i. 8[n]
ii. 8[n – no]
i. O"u[n]
Transcribed Image Text:Question 4: CLO4 (C4-PLO2) a. Consider the linear constant coefficient difference equation yln] - żyln – 1] = x[n] which describes a linear, time-invariant system initially at rest. What is the system function that describes Y(n) in terms of X(n)? 1|Page b. Using Fourier transforms, evaluate y[n] if x[n] is i. 8[n] ii. 8[n – no] i. O"u[n]
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