This preview shows page 1. Sign up to view the full content.
Unformatted text preview: +- L Using (t = 1:0.1:10) and MATLABs for loop of n = 0:15 approximate the cosine signal from the above formula and call it x1. Plot x1 with the actual cos(t) on one graph to verify your result (use for, factorial, cos and subplot commands in MATLAB). Problem 2. Is the system of gG = G4 2G time-invariant? Is the system linear? Simulate the system in MATLAB and show plot(s) of the input(s)/output(s) that supports your answer. Prove your result with analytical work. Problem 3. Consider the following differential equation where gG0 = 2 : gG + 3gG = 2G Find the solution using the method of undetermined coefficients given that G = G. Find the step and impulse responses analytically and verify all of your results with MATLAB using lsim , step and impulse ....
View Full Document
This note was uploaded on 05/04/2009 for the course ECE 220 taught by Professor Janos during the Spring '08 term at George Mason.
- Spring '08