Please Problem 1 Find an expression for the complete output when all input are acting simul-taneously.R₁8(0)VolnG₁ProportionalControllerProblem 2 The elements of a closed-loop temperature control system.The walls of the oven have a thermal resistance Rr and the oven has a thermal capacitanceCr and an operating temperature 8(t).K₁R(s) au(1)|||H₂K₂G₂H₂Valve/BurnerMeasurement SystemsPID ControllerK₂H₂→Re(s)G₂Qin ThermometerThe heat transfer equation of the oven may be written as Q.(t) = C₁=>The system parameters are: K₁= 5, K₂ = 1.5J/V, H₂ = 1V/K, Rr = 2K/J, Cr=25.Js/W.ROFind:(1) The open-loop time constant.(2) The closed-loop time constant.(3) The percentage steady-state error in the output when the desired value is constant.6:40Problem 3 A process plant controlled via a PID controller is shown in the figure below.1(1)Process PlantRr(1+7.4)(1+7;4)(1) Find and expression for the complete response C(s) when R₁ (s) and R₂(s) act simul-taneously.(2) Using the Ziegler-Nichols process reaction method, determine the values of K₁, Ti,and Ta when T₁ = 10 seconds and T₂ = 20 seconds..C(s)

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Problem 1 Find an expression for the complete output when all input are acting simul- taneously. G₁ H quaf H₂ G₂

Elements Of Electromagnetics

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Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Free Damped Vibrations

Free vibration is a type of vibration in which the external force is removed after giving the initial displacement to a body/system. In other words, in this type of vibration, force is applied at the initial displacement of the system, and after the initial displacement, force is removed, and the system vibrates at the natural frequency.

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Please

Problem 1 Find an expression for the complete output when all input are acting simul-
taneously.
R₁
8(0)
Voln
G₁
Proportional
Controller
Problem 2 The elements of a closed-loop temperature control system.
The walls of the oven have a thermal resistance Rr and the oven has a thermal capacitance
Cr and an operating temperature 8(t).
K₁
R(s) a
u(1)
|||
H₂
K₂
G₂
H₂
Valve/Burner
Measurement Systems
PID Controller
K₂
H₂
→
Re(s)
G₂
Qin Thermometer
The heat transfer equation of the oven may be written as Q.(t) = C₁
=>
The system parameters are: K₁= 5, K₂ = 1.5J/V, H₂ = 1V/K, Rr = 2K/J, Cr=
25.Js/W.
R
O
Find:
(1) The open-loop time constant.
(2) The closed-loop time constant.
(3) The percentage steady-state error in the output when the desired value is constant.
6:40
Problem 3 A process plant controlled via a PID controller is shown in the figure below.
1
(1)
Process Plant
Rr
(1+7.4)(1+7;4)
(1) Find and expression for the complete response C(s) when R₁ (s) and R₂(s) act simul-
taneously.
(2) Using the Ziegler-Nichols process reaction method, determine the values of K₁, Ti,
and Ta when T₁ = 10 seconds and T₂ = 20 seconds..
C(s)

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