EE443.01: PROBLEM SET 2

Due: BOC W 09/09/98
  1. Exercise E2.2. Note that /\R = R - R(20) and /\T = T - 20.
  2. Exercise E2.4. Numerator of transfer function should read 500(s + 100).
  3. Exercise E2.16.
  4. Problem P2.2.  Write differential equations in terms of y_1, y_2, and F(t).  Assume zero initial conditions.
  5. Problem P2.3.  Write differential equations in terms of x_1, x_2, and F(t).  Assume zero initial conditions.
  6. Problem P2.9.  The matlab function pzmap(num,den) plots the poles and zeros of a transfer function where num is the vector of coefficients of the numerator polynomial and den is the vector of coefficients of the denominator polynomial.