Homework Solution: For a discrete-time LTI system, the input signal is x[n], impulse response is h[n] and output is y[n]. Analyti…

    For a discrete-time LTI system, the input signal is x[n], impulse response is h[n] and output is y[n]. Analytically determine the output y[n] in each of the following cases: (a) χ[n] au[n-1], lal < 1 and h[n] = u[3-n] (b) χ[n] = u[-1-n], and h[n] = an-lu[n + 2], lal < 1. (c) χ[n] = u [n + 2], and h[n] = a-2n u [n-1], a # 1. 3. 4 Text nrohlem 3 8 (al
    For a discrete-time LTI system, the input signal is x[n], impulse response is h[n] and output is y[n]. Analytically determine the output y[n] in each of the following cases: (a) x[n] = a^n u[n - 1], |a|

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    For a discrete-time LTI classification, the input distinguished is x[n], feeling counter-argument is h[n] and output is y[n]. Analytically indicate the output y[n] in each of the subjoined cases: (a) χ[n] au[n-1], lal < 1 and h[n] = u[3-n] (b) χ[n] = u[-1-n], and h[n] = an-lu[n + 2], lal < 1. (c) χ[n] = u [n + 2], and h[n] = a-2n u [n-1], a # 1. 3. 4 Text nrohlem 3 8 (al

    For a discrete-time LTI classification, the input distinguished is x[n], feeling counter-argument is h[n] and output is y[n]. Analytically indicate the output y[n] in each of the subjoined cases: (a) x[n] = a^n u[n – 1], |a|

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