Can you represent the input/output relation of the system y(t) = x(t-2) + x(2-t) with an...

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Can you represent the input/output relation of the system y(t) = x(t-2) + x(2-t) with an impulse response? Explain formally. b) (5pts) Either find the inverse of the following system or find a counter. example to prove that it is not invertible. c) (5pts) Repeat part (b) for s[v] = { In +1] x[n] xn-1] n ≥ 1 0.. n = 0, x[n+1] n ≤-1 n20 n≤ -1 y[n] = d) (5pts) Are the following signals mutually orthogonal or orthonormal or neither? Explain. 05 1 Can you represent the input/output relation of the system y(t) = x(t-2) + x(2-t) with an impulse response? Explain formally. b) (5pts) Either find the inverse of the following system or find a counter. example to prove that it is not invertible. c) (5pts) Repeat part (b) for s[v] = { In +1] x[n] xn-1] n ≥ 1 0.. n = 0, x[n+1] n ≤-1 n20 n≤ -1 y[n] = d) (5pts) Are the following signals mutually orthogonal or orthonormal or neither? Explain. 05 1

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Answer to part a Formal explanation The impulse response of a system is the output of the system when the input is an impulse function In other words ... View the full answer