Can you solve this problems as using matlab codes please 1. Consider the system described by the difference equation y[n] = 0.5y[n –1] – 0.1y[n – 2]+ 0.1x[n] – 0.5x[n – 1] + x[n – 2] and assume that theinitial conditions are zero.%3D--Compute in the time interval 0 3. Consider a system with zero initial conditions described by the differenceequation0.1x[n – 2].y[n] = -y[n – 1] – 0.5y[n – 2] + 0.2x[n] + 0.1x[n – 1] +Compute and plot in the time interval 0 < n < 20a)b)The impulse response of the system in the time interval 0

Consider the system described by the difference equation y[n] 1] – 0.1y[n – 2] + 0.1x[n] – 0.5x[n – 1] + x[n – 2] and assume th initial conditions are zero. Compute in the time interval 0 < n< 9 The response of the system to the input signal x[n] = [1,2, –1], 0 < n< 2. a)

Consider the system described by the difference equation y[n] 1] – 0.1y[n – 2] + 0.1x[n] – 0.5x[n – 1] + x[n – 2] and assume th initial conditions are zero. Compute in the time interval 0 < n< 9 The response of the system to the input signal x[n] = [1,2, –1], 0 < n< 2. a)

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Longest Common Subsequence

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Question

Can you solve this problems as using matlab codes please

1. Consider the system described by the difference equation y[n] = 0.5y[n –
1] – 0.1y[n – 2]+ 0.1x[n] – 0.5x[n – 1] + x[n – 2] and assume that the
initial conditions are zero.
%3D
-
-
Compute in the time interval 0 <n<9
The response of the system to the input signal
x[n] = [1,2, –1], 0 < n < 2.
The impulse response h[n] of the system.
а)
b)

3. Consider a system with zero initial conditions described by the difference
equation
0.1x[n – 2].
y[n] = -y[n – 1] – 0.5y[n – 2] + 0.2x[n] + 0.1x[n – 1] +
Compute and plot in the time interval 0 < n < 20
a)
b)
The impulse response of the system in the time interval 0 <n< 20.
The step response of the system in the time interval 0 < n < 20.
The response of the system to the input x[n] = n. 0.9", 0 < n < 5.
c)

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