Categories
Writers Solution

Review of Real Numbers and Solving Equation

Instructions

Write a response of 250-300 words addressing the following three prompts. Address all items for each prompt. This is not a question-and-answer assignment but two or three flowing paragraphs and possibly references.

1. Current and Future Applications: Choose a specific topic or concept studied in Modules 1-4 (listed below) that you find applicable in your work or personal life now or in the future. You can include the prerequisite topics also. If it is in the future, you may need to research job duties in your career area of studies.  Note: Saying “none” is not acceptable. Choose something closely applicable and address at least two of the following prompts:

· Describe the topic or concept and give an example of how and where it is applicable (currently or in the future). If applicable, include a link to the topic or concept.

· What did you know and understand about this concept before studying it in MATH 106? 

· Describe what (more) you learned about it.

· What do you find (more) interesting about the topic now? Explain. 

· Do you think it will be applicable in more ways now? How and why?

2. Retroactive Applications: Have you learned about a topic or concept that has helped you in the past without realizing it?

· Give the concept and explain your experience.

· Are you using it currently? Where?

3. More General Education Competencies: Refer to the  General Education Competencies page (Links to an external site.)  inside Ernie and your  Module 1 Discussion: Introduction and Career Connections  posts.

· List the competencies from your Module 1 post.

· Add any additional competencies you feel have applied in this class or will apply in your current or future career based on the learning in Modules 1-4. Explain how and why.

Details on Modules:

Module1: Review of Real Numbers and Solving Equation

Module2: Linear Equations and Graphs

Module3: Linear Systems and Polynomial Basics

Module4: Roots and Radical Expressions

Module5: Proportions, Joint Variations, Inverse Variations

WE HAVE DONE THIS ASSIGNMENT BEFORE, WE CAN ALSO DO IT FOR YOU

GET SOLUTION FOR THIS ASSIGNMENT, Get Impressive Scores in Your Class

CLICK HERE TO MAKE YOUR ORDER on Review of Real Numbers and Solving Equation

Are You looking for Assignment and Homework Writing help? We Provide High-Quality Academic Papers at Affordable Rates. No Plagiarism.

TO BE RE-WRITTEN FROM THE SCRATCH

Categories
Writers Solution

Use Equation 3.68 and value functions in Figure 3.40 to approximately calculate overall impact of each risk event.

Suppose program node Nj has 10 risk events Ei (i = 1, 2, 3,…,10). Suppose each risk event’s occurrence probability and its impacts if it occurs (with four dimensions: Cost, Schedule, Technical Performance, and Programmatic) are scored as shown on Figure 4.21. 

1. Use Equation 3.68 and value functions in Figure 3.40 to approximately calculate overall impact of each risk event. Assume equal weights among the dimensions of impact.

2. Use Equation 4.1 and the value functions in Figure A to calculate the risk score measure of each  risk event. Assume equal weights in computing each risk score measure.

3. Suppose  Figure 4.23 presents a portion of a capability portfolio defined as part of engineering an enterprise system. Given the information shown, apply the risk analysis algebra in Chapter 4 to derive a risk measure as indicated. Assume λ is given by the function in Figure 4.11.

4.

A. What is  RS3.221? 

B. What is  RS3.222?

C. What is  RS3.223?

D. What is  RS3.22?

E. What is  RS3.2?

F. Briefly desribe how project/program managers may use the weights in Equations 3.56 and 4.1 to make the risk algebra more meaningful and suitable.

G. Briefly desribe how project/program managers may use their own λ-function to make the risk algebra more meaningful and suitable

  • GET SOLUTION FOR THIS ASSIGNMENT

    CLICK HERE TO MAKE YOUR ORDER

    TO BE RE-WRITTEN FROM THE SCRATCH

    NO PLAGIARISM

    • Original and non-plagiarized custom papers. Our writers develop their writing from scratch unless you request them to rewrite, edit or proofread your paper.
    • Timely Delivery. capitalessaywriting.com believes in beating the deadlines that our customers have imposed because we understand how important it is.
    • Customer satisfaction. Customer satisfaction. We have an outstanding customer care team that is always ready and willing to listen to you, collect your instructions and make sure that your custom writing needs are satisfied
    • Privacy and safety. It’s secure to place an order at capitalessaywriting.com We won’t reveal your private information to anyone else.
    • Writing services provided by experts. Looking for expert essay writers, thesis and dissertation writers, personal statement writers, or writers to provide any other kind of custom writing service?
    • Enjoy our bonus services. You can make a free inquiry before placing and your order and paying this way, you know just how much you will pay. Use Equation 3.68 and value functions in Figure 3.40 to approximately calculate overall impact of each risk event.
    • Premium papers. We provide the highest quality papers in the writing industry. Our company only employs specialized professional writers who take pride in satisfying the needs of our huge client base by offering them premium writing services.

    Get Professionally Written Papers From The Writing Experts 

    Green Order Now Button PNG Image | Transparent PNG Free Download on SeekPNG Our Zero Plagiarism Policy | New Essays
Categories
Writers Solution

compute the solution to the 2D heat equation on a circular disk in Matlab

Now, compute the solution to the 2D heat equation on a circular disk in Matlab.

Recall that the heat equation is given by:

ut =  alpha^2 * grenadian^2 * u:

For this problem, we will solve the heat equation using a  fnite difference scheme on a Cartesian

grid, as in class. We will use a grid of 300 300 with the circular disk in the center. The radius of

the circle is r = 1,  alpha = 1, and the domain is [-1:5; 1:5] in x and [-1:5; 1:5] in y.

You can impose the boundary conditions by enforcing the temperature at points that are outside

of the disk at the beginning of each new time-step. It should be easy to  nd points that are outside

the disk, because they satisfy x^2 + y^2 > 1.

Simulate the unsteady heat equation for the following boundary conditions:

• The left half of the boundary of the disk is  fixed at a temperature of u = 1 and the right

half of the boundary is fixed at u = 2. Try simulating this with zero initial conditions  first.

Next, try initial conditions inside the disk where the top half is u = 1 and the bottom half

is u = 1.

• The temperature at the boundary of the disk is  fixed at u(theta) = cos(theta).

Include your Matlab code and show some plots of your solutions to the heat equation. Plot the

temperature distribution for each case 1) early on in the diffusion process, 2) near steady state,

and 3) somewhere in the middle.

More details please see the picture.

GET SOLUTION FOR THIS ASSIGNMENT

CLICK HERE TO MAKE YOUR ORDER

TO BE RE-WRITTEN FROM THE SCRATCH

NO PLAGIARISM

  • Original and non-plagiarized custom papers. Our writers develop their writing from scratch unless you request them to rewrite, edit or proofread your paper.
  • Timely Delivery. capitalessaywriting.com believes in beating the deadlines that our customers have imposed because we understand how important it is.
  • Customer satisfaction. Customer satisfaction. We have an outstanding customer care team that is always ready and willing to listen to you, collect your instructions and make sure that your custom writing needs are satisfied
  • Privacy and safety. It’s secure to place an order at capitalessaywriting.com We won’t reveal your private information to anyone else.
  • Writing services provided by experts. Looking for expert essay writers, thesis and dissertation writers, personal statement writers, or writers to provide any other kind of custom writing service?  film dealing with the march on Washington on August 28, 1963
  • Enjoy our bonus services. You can make a free inquiry before placing and your order and paying this way, you know just how much you will pay. compute the solution to the 2D heat equation on a circular disk in Matlab
  • Premium papers. We provide the highest quality papers in the writing industry. Our company only employs specialized professional writers who take pride in satisfying the needs of our huge client base by offering them premium writing services.

Get Professionally Written Papers From The Writing Experts 

Green Order Now Button PNG Image | Transparent PNG Free Download on SeekPNG Our Zero Plagiarism Policy | New Essays