Consider the following transfer function 3e Y (s) G (s) U (s) 10s 1 a What is the steady state gain b What is the time constant c If U(s) 4 s, what is the value of the output y(t) when t 0 d For the same input, what is the value of the output when t 10 What is the output when expressed as a fracti...

The Answer is in the image, click to view ...

Consider the following transfer function: 3e- Y (s) G (s) = U (s) 10s + 1...

Fantastic news! We've Found the answer you've been seeking!

Question:

Related Book For answer-question

John E Freunds Mathematical Statistics with Applications

ISBN: 978-0134995373

8th edition

Authors: Irwin Miller, Marylees Miller

See More Books

Posted Date: Jan 19, 2021 12:22 PM

See More Questions

What is the value of documents when conducting a fraud investigation?
If I have complete the Pears job, what is the value of the JE. Cost applied in the prior year Apples Pears Plums DM 10 18 14 DL 12 22 18 MOH 14 22 18 In the current year I have applied the following...
What is the value of a $100 investment that earned 6% per year for five years?
A manufacturer of packaging for companies that produce breakfast cereals is considering alternatives regarding the process it uses to pre-process carton paper used to make the packaging....
How do operating assets differ from nonoperating assets? What benefits do operating assets provide to the company?
What does it mean for auditors to do limited testing? of internal controls?
The May cash records of Nielson, Inc., follow: Nielsons Cash account shows the balance of $6,171 on May 31. On May 31, Nielson, Inc., received the following bank statement: Additional data for the...
The financial statements of Tarbet Township contain the following data regarding financial position: Governmental fund balances $ 5,000,000 Capital assets used in governmental activities $2,375,000...
Problem 5. You need to simulate a draw for a random variable X with the cumu- lative distribution function Fx defined by Fx(x) = = { x < 0 0 x using the inverse-transform method. You have generated a...
18. Add the Office field to the Filters area of the Pivot Table. Filter the table so that only organizations with private offices are visible.
Shadee Corporation expects to sell 630 sun shades in May and 410 in June. Each shades sells for $14. Shadee's beginning and ending finished goods inventories for May are 65 and 50 shades,...
How does a modern operating system manage memory allocation and deal with issues such as fragmentation and virtual memory paging ?
The following selected data were taken from the accounting records of Metcalf Manufacturing. The company uses direct- labor hours as its cost driver for overhead costs. Manufacturing Overhead...
A party was held to celebrate the bicentennial of Clarksville, the county seat of Caroline County. Six-hundred attendees were estimated, but 700 arrived. The food and entertainment budget was $6,000,...
What are the key differences between monolithic and microkernel architectures in operating systems, and how do they impact system performance, scalability, and reliability ?
Daryl age 40 is leaving his company and has been offered to two options. First, is to take a deferred pension at age 65 equal to 25,000 a year. Second, take the commuted value of the deferred...
A. What are the primary responsibilities of a DBA (Database Administrator)? B. What is the difference between a DBA (Database Administrator) and a DA (Data Administrator)? Does having strong skills...
suppose a nickel-contaminated soil 15 cm deep contained 800 mg/kg Ni, Vegetation was planted to remove the nickel by phytoremediation. The above-ground plant parts average 1% Ni on a dry-weight bas...
Verify the results given on page 273 for the marginal density of X and the conditional density of given X = x.
To illustrate the proof of Theorem 4.1, consider the random variable X, which takes on the values -2, -1, 0, 1, 2, and 3 with probabilities f (-2), f (-1), f (0), f (1), f (2), and f (3). If g(X) = X...
In the inspection of a fabric produced in continuous rolls, the number of imperfections per yard is a random variable having the Poisson distribution with = 0.25. Find the probability that 2 yards...
Derive Equations 3.44 and 3.45: \[ \begin{aligned} |G(i \omega)| & =\frac{1}{k \sqrt{\left(1-\left(\omega / \omega_{n} ight)^{2} ight)^{2}+\left(2 \zeta \omega / \omega_{n} ight)^{2}}} \\ \phi &...
Derive $B_{1}$ and $B_{2}$ in Equations 3.48 and 3.49: \[ \begin{aligned} & -\omega_{b}^{2} B_{1}+2 \zeta \omega_{n} \omega_{b} B_{2}+\omega_{n}^{2} B_{1}=A_{1} \\ & -\omega_{b}^{2} B_{2}-2 \zeta...
Plot $F_{T} / k Y$, Equation 3.52, vs. $\omega_{b} / \omega_{n}$ for $\zeta=$ $0.05,0.10$, and 0.25 . 1/2 kY =()[ 1+ (20wo/wn) - [(1 w/w) + (2(wo/wn) ] (3.52)

Consider the following transfer function: 3e- Y (s) G (s) = U (s) 10s + 1...

Question:

Expert Answer:

John E Freunds Mathematical Statistics with Applications

Students also viewed these mechanical engineering questions