The transfer function of a system is shown below. S-a G (s) : (s+b)(s-c) | Where: a = 6, b = 5 and c = 9 When you solve the step response in which R(s) = 1/s, you will get the form of c(t) as shown below: c (t) = X+ Y e-bt + Z ect %3D X, Y and Z are constant values which you will obtain when you solve the response c(t). For the blank below, enter the sum of Y and Z (if negative, place a sign before the value). Use FOUR decimal places. Y +Z =

E (s) of the electrical system. E¡ (s) Obtain the transfer function R2 ww R C R1 RI ww- R2 R B ww

What is the equivalent transfer function of the following block diagram? R(S) C(s) D??

Reduce the block diagram to a single transfer function. H. R(s) G₁ 00 G₂ - C(s)

Problem 6: Determine the Transfer Function of the Electric Circuit Problem: W www R2 2 C1 i. 12(s)V(s) ii. C1(s)V(s)

Determine the transfer function

2- Auniform surface charge with density Ps, exists on a hemispherical surface with radius a and O≤ #1/2. Calculate the electric potential at the center-

it in B- Consider the analog signal x(t) What is the Nyquist rate for this signal? 3cos50 mt + 10sin100 nt + cos150 nt Choose one C

Find the transfer function using mason's rules. Handwrite only!