Fit an integrator plus time-delay model to the unit step response in figure for t 1.0 0.8
Question:
Fit an integrator plus time-delay model to the unit step response in figure for t
Transcribed Image Text:
1.0 0.8 0.6 Output 0.4- 0.2 15 Time (min) 10 25
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
Answer rating: 47% (19 reviews)
The integrator plus time delay model is K Us Gs In the time domain yt 0 yt K 10 Thu...View the full answer
Answered By
Wonder Dzidzormenu
As a professional accountant and a teacher, I explain account ing concepts in a more practical way that makes students more connected to the subject.
With over 10 years of teaching accounting , I offer a well constructed , easily understood and in-depth explanations to students questions.
5.00+
1+ Reviews
10+ Question Solved
Related Book For
Process Dynamics And Control
ISBN: 978-0471000778
2nd Edition
Authors: Dale E. Seborg, Thomas F. Edgar, Duncan A. Mellich
Question Posted:
Students also viewed these Chemical Engineering questions
-
Develop an m-file to plot the unit step response of the system Verify graphically that the steady-state value of the output is 1. 0.2145z 0.1609 z20.75z 0.125 G(z) =
-
What is the form of the unit step response of the following model? Find the steady-state response. How long does the response take to reach steady state? 2 d4y/dt4 + 52 d3y/dt3 + 6250 d2y/dt2 + 4108...
-
Determine the unit step response of the causal system for which the z-transform of the impulse response is 1-3 (2) 1- z4
-
In the context of channel-of-distribution structures, discuss the distinguishing features of the Japanese distribution structure. Now, explain why the Japanese have not embraced the U.S distribution...
-
The Pet Store experienced the following events for the 2018 accounting period: 1. Acquired $60,000 cash from the issue of common stock. 2. Purchased $65,000 of inventory on account. 3. Received goods...
-
Domestic microwave ovens use microwaves that have a wavelength of 122 mm. What is the energy of one photon of this microwave?
-
Tristate Recreation Park (TRP) finances operations with both bonds and stock. Suppose TRP issued \(\$ 200,000\) of 10 -year, \(6 \%\) bonds payable under various market conditions. Match each market...
-
The data in the table below represent time study observations for a woodworking operation. a. Based on the observations, determine the standard time for the operation, assuming an allowance of 15...
-
MPE Inc. will soon enter a very competitive marketplace in which it will have limited influence over the prices that are charged. Management and consultants are currently working to fine - tune the...
-
Brown Company paid cash to purchase the assets of Coffee Company on January 1, 2019. Information is as follows: Total cash paid Assets acquired: Land Building Machinery $3.500.000 se00,000 5500,000...
-
For a multistage bioseparation process described by the transfer function, Calculate the response to a step input change of magnitude, 1.5. (a) Obtain an approximate first- order-plus-delay model...
-
For the unit step response shown in figure estimate the following models using graphical methods: (a) First-order-plus-time-delay. (b) Second-order using Smiths method and nonlinear regression. Plot...
-
Discuss the main steps in the collective bargaining process.
-
Insight Bank has a $ 14 million position in a ten-year, zero-coupon bond with a face value of $17 000 000. The bond is trading at a yield to maturity of 6.7 per cent. The historical mean change in...
-
If I invest a single amount of $14,000 in an account earning 8% p.a. compounding quarterly for 5 years, how much interest will I have earned in those 5 years?
-
Determine the measure of
-
A solid sphere that is uniformly positively charged produces an electric field. Assume no other objects are around. What is the magnitude of the electric field a distance r from the center of the...
-
Manvir had to make payments of $1,125 every 6 months to settle a $22,000 loan that he received at 4.52% compounded semi-annually. a. How long did it take to settle the loan?
-
The thin glass rod of length \(\ell\) in Figure P23.57 has a linear charge density that starts out as zero at the left end of the rod and increases linearly from left to right. The positive charge on...
-
The diameter of a sphere is 18 in. Find the largest volume of regular pyramid of altitude 15 in. that can be cut from the sphere if the pyramid is (a) square, (b) pentagonal, (c) hexagonal, and (d)...
-
Discuss the relevance of motivation for the successful completion of the Genesis Digitization Project, and describe the motivation of employees working on the project. How important is motivation?...
-
Derive the form of the Longmuir isotherm for the complete dissociative adsorption of SO2, i.e.: Diagrams included in the Solution
-
Given a cylindrical sandstone laboratory test specimen of diameter D and height L subjected to a vertical load F (force), find (a) Te forces N and T acting normal and tangential to a surface inclined...
-
Take the data at 363 K from problem 5.2. Can you distinguish which of the three isotherms Langmuir, Freundlich, or Temkin is the best obeyed? If so, which one?
-
Assume an open-loop system (feedback path disconnected) and do the following (Refer to the "Antenna Control: Open Loop Response" Predict the open-loop angular velocity response of the power...
-
How many tons of cooling are required to condense 43,000 lbm of saturated water vapor at 66 to saturated liquid at the same temperature in 24 hours? Conversion: 1 ton heating/cooling = 12,000 Btu/h
-
Problem 1. Optical flow is defined as the apparent velocities of brightness patterns in an image. In order to find that velocity, we need to relate the change in image intensity at a point to the...
Study smarter with the SolutionInn App