Find the poles and zeros of the following transfer function. Plot them on the complex plane G(s) = s²-3s+2 (s+2)(s² + 2s+2)

I don't understand how to find this output from the given transfer function and input?

Suppose F(s) e+e and the ROC is the entire s-plane. Then f is given by %3D A 8(t-2)-8(t-3) B. 6(t- 2) +5(t-3) c. 5(t-2)-6(t- 3) D. (e-t-e)u(e)

reduce the block diagram to canonical form andFind C (s). K is constant.

3. Find the Energy for the following signal x(t) = u(t-2) - u(t-4): B. 2 A. 4 C. 0.5 D. 6

Q.7 Determine the number of roots with positive real part for the given transfer function. - 2s +5 s5 + 5s* + 2s3 + 4s2 + 55 + 10 C(s) R(s)

bläi 3 A second order system that has the following properties Damping ratio of 0.75, underdamped natural frequency 10 rad/sec, and steady state value at zero is 1. Then the transfer function is 100 s2 + 10.75 s + 100 Option 4 O

Q-6) Find the total steady-state error due to a unit step disturbance in the system D(s) R(s) + 5 10 C(s) s+10 s+ 2

Differential equation Find the steady-state current in an LRC circuit when L =1/2h, R = 20Ω, C = 0.001f and E(t) = 100 sen 60t 200 cos 40tV.

Find the magnitude and phase angle of the followingtransfer function.