Answer Happy • (e) A system described by: [n]=0.5y[n - 1] + x[n] +0.4x{n-1] A unit impulse o[n]and a unit step u[n] are applied as the

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Answer Happy • (e) A system described by: [n]=0.5y[n - 1] + x[n] +0.4x{n-1] A unit impulse o[n]and a unit step u[n] are applied as the

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(e) A system described by: [n]=0.5y[n - 1] + x[n] +0.4x{n-1] A unit impulse o[n]and a unit step u[n] are applied as the

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: E A System Described By N 0 5y N 1 X N 0 4x N 1 A Unit Impulse O N And A Unit Step U N Are Applied As The 1 (11.83 KiB) Viewed 20 times

(e) A system described by: [n]=0.5y[n - 1] + x[n] +0.4x{n-1] A unit impulse o[n]and a unit step u[n] are applied as the input, respectively. For each input evaluate the system output y[n] in the time domain up to n = 4. [6 marks)