A) Given For the electrical system: E(t) B) Determine + + Vc(t) - R R=50, L=0.5H, C=0.01F IL (t) Step 1: The state equations in terms of Vc(t) and IL(t). Step 2: The output equation for Vi(t). Step 3: The transfer function V₁(s)/E(s) using a circuit analysis technique. + VL (t)

Q: Determine the range of K for stability in Figure below. R(s) + E(s) K s(s+7)(s + 11) C(s)

A:

Q: R(s) G(s) Y(s)

A:

Q: Determine the normalized energy Ex of the two discrete-time signals given below: a. x₁[n] = 58[n] +…

A:

Q: Determine V₁(s), Z₁ (s), Z₂(s) and the transfer function (Vout/Vin) for the electrical system given…

A:

Q: Find the driving point impedance seen by the voltage source in the figure below and the voltage…

A:

Q: In the following circuit, I) Find the time-domain mathematical model that describes the behavior of…

A: In the given questions we need to calculate the expression of Vc(t) and transfer function.

Q: The discrete-time signals in Figure below are plotted as shown (a (a)- plot the following: i-…

A: Step 1: Step 2: Step 3: Step 4:

Q: 3. For the circuit in the given figure compute the transfer function V₂(s)/V1(S)

A:

Q: -Determine the transfer function of the circuit in Figure 5 on standard form on standard form.…

A: In the given questions we need to calculate the transfer function and state space matrix.

Q: 3. For the electrical system in the following figure, consider that "VIN" is the input voltage, Ví…

A: The given system consists of two inductors and two capacitors. Therefore the state variables of the…

Q: Draw The Nyquist that Determine k to check Stability, in stability of the system: G(s) = k(s+1)/…

A: Given dataTo find outDraw the Nyquist plot.The value of  for which the system is stable.