Part D) Finding total Reponse of the System.

Need help with just Part D

B. Zero input response A system is specified by the following equation: 3 10 10 Use filtic command in MATLAB to define the initial conditions. Then use filter command to find and sketch the zero input response of the system for y-1 - 1 and y-21-2 C. Zero-state response Use MATLAB to determine and sketch the zero-state response of the system in part B to the input x[n] given below, 1. x[n] = 2cos(2 )(In-u[n-10 D. Total response Use MATLAB to find and sketch the total response of the system in part B to the input x[n] (part C) with initial conditions yl-1-1 and y[-2] = 2. 1. Examine if the total response can be found by adding the zero-input response from part B and the zero-state response in part C. 2. B. Zero input response A system is specified by the following equation: 3 10 10 Use filtic command in MATLAB to define the initial conditions. Then use filter command to find and sketch the zero input response of the system for y-1 - 1 and y-21-2 C. Zero-state response Use MATLAB to determine and sketch the zero-state response of the system in part B to the input x[n] given below, 1. x[n] = 2cos(2 )(In-u[n-10 D. Total response Use MATLAB to find and sketch the total response of the system in part B to the input x[n] (part C) with initial conditions yl-1-1 and y[-2] = 2. 1. Examine if the total response can be found by adding the zero-input response from part B and the zero-state response in part C. 2