Problem 2. For the system of Fig. 1: (a) Compute the first five samples of the impulse response. (b) Find the input-output relation. (c) Given the input x(n) = u(n) (the unit step function), compute...

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Problem 2. For the system of Fig. 1:<br>(a) Compute the first five samples of the impulse response.<br>(b) Find the input-output relation.<br>(c) Given the input x(n) = u(n) (the unit step function), compute the first five samples of the<br>output by recursion.<br>(d) Repeat (c) using convolution.<br>(e) Is the system causal? Is it stable?<br>x(п)<br>y(n)<br>Figure 1: System in Problem 2.<br>

Extracted text: Problem 2. For the system of Fig. 1: (a) Compute the first five samples of the impulse response. (b) Find the input-output relation. (c) Given the input x(n) = u(n) (the unit step function), compute the first five samples of the output by recursion. (d) Repeat (c) using convolution. (e) Is the system causal? Is it stable? x(п) y(n) Figure 1: System in Problem 2.

Jun 05, 2022

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Problem 2. For the system of Fig. 1: (a) Compute the first five samples of the impulse response. (b) Find the input-output relation. (c) Given the input x(n) = u(n) (the unit step function), compute...

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