Question: 1. Determine a state variable description for this continuous time LTI systems depicted in fig 01- (10 Marks) y(t) R x(1) +C Fig: 01

1. Determine a state variable description for this continuous time LTI systems depicted in fig 01-(10 Marks)Wt)wwRСFig: 

1. Determine a state variable description for this continuous time LTI systems depicted in fig 01- (10 Marks) y(t) R x(1) +C Fig: 01

Step by Step Solution

★★★★★

3.40 Rating (159 Votes )

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock

M R 3 0 xt Here Voltage capacitor c is 1c current through inductor L is iL Vc iL are ... View full answer

blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Computer Network Questions!

Q:

Determine a state variable model for the circuit shown in Figure P3.22. The state variables are x1 = i, x2 = v1, and x3 = v2. The output variable is v0(t). 12 Output FIGURE P3.22 RLC circuit.

Q:

Determine a state variable representation for the system described by the transfer function Y(s)4(s + 3) (s) = R(s)-(s + 2)(s + 6)

Q:

Determine a state variable differential matrix equation for the circuit shown in Figure E3.17: Ci FIGURE E3.17 RC circuit.

Q:

1.2 Figure P1.2 shows a model co=only used for automobile suspension analysis. In it, the uneven ground specifies the position of the wheel's contact point The wheel itself is not shown, as its mass...

Q:

An automatic depth-control system for a robot submarine is shown in Figure P3.7.The depth is measured by a pressure transducer. The gain of the stern plane actuator is K = 1 when the vertical...

Q:

Determine a state variable representation for the following transfer functions (without feedback) using the SS function: (a) (b) (c) G(s)--10 3 s 5s 2 8s5 3s23s 1

Q:

SIT103 Data and Information Management T2, 2023 Summative assessment task-2: A real-world database design and implementation project Due dates: Part-1: Project proposal, due date: Wednesday 10th May...

Q:

Determine a state variable representation for a system with the transfer function Y(s) R(s) s+50 s4 + 1253 + 10s. 34s + 50

Q:

The soft landing of a lunar module descending on the moon can be modeled as shown in Figure P3.8. Define the state variables as x1 = y, x2 = dy/dt, x3 = m and the control as u = dm/dt. Assume that g...

Q:

A (very) minor league baseball player has a history of injuries which is limiting his career potential. His status varies between three states: 1 (healthy), 2 (minor injury but able to play), and 3...

Q:

Suppose your firm is considering investing in a project with the cash flows shown below, that the required rate of return on projects of this risk class is 1 1 percent, and that the maximum allowable...

Q:

In this assignment, Tim Horton's has asked you and your team to do some research and introduce three new snacks. 1. Read the questions carefully. 2. What concepts can you draw from the textbook to...

Q:

you will be introduced with the Dynamic Host Control Protocol (DHCP) service available on Cisco routers. You are then required to design and setup a small enterprise network by putting together the...

Q:

1- Please look over the last problem for the week. Duffy Corporation has prepared the following sales budget: Month Cash Sales Credit Sales May $16,000 $68,000 June 20,000 80,000 July 18,000 74,000...

Q:

You are assigned the role of security manager. The Director of Operations, thinks this is a good opportunity to train all the facilities management staff in key elements of security. Recommending a...

Q:

Provide an outline of the steps for the change management and configuration management processes of the new server as well as the website that needs to be updated and hosted. This information should...

Q:

Q1 Given memory partitions of 100K, 350K, 90K, 200K, and 450K shown in figure 1, Illustrate how would each process P5 ( 105K), P6 (85K), P7 (300K), and P8 (155K) arrive orderly will be placed in the...

Q:

Select a mass spectrometric technique with the highest mass resolution for identifying an unknown compound being eluted from a liquid chromatography column

Q:

The system of Advanced Problem APlO.l is to have a percent overshoot less than 13%. In addition, we desire that the steady-state error for a unit ramp input will be less than 0.125 (Kv = 8) [24]....

Q:

A control system, as shown in Figure E7.17, has a process G(s) = 1 / s(s - 1). (a) When Gc(s) = K, show that the system is always unstable by sketching the root locus. (b) When Gc(s) K(s + 2) / s +...

Q:

Consider a unity feedback system with L(s) = Gc(s)G(s) = K(s + 1) / s2 + 4s + 5 (a) Find the angle of departure of the root locus from the complex poles. (b) Find the entry point for the root locus...

Q:

The data set agsrs.dat also contains information on the number of farms in 1987 for the SRS of n = 300 counties from the population of the N = 3078 counties in the United States (see Example 2.5). In...

Q:

Consider the hypothetical population below, with population values: a. Find the values of the population quantities tx, ty, Sx, Sy, R, and B. b. Construct a table like that in Table 4.2, giving the...

Q:

Comparing two domain means in an SRS. Suppose there are two domains, defined by indicator variable Then, letting ui = xiyi, the population values of the two domain means are If an SRS of size n is...