How would society benefit from this problem being solved?·

Intermediate Paper – Identify a problem. Describe your methodology on how this problem could be solved. Reinforce these thoughts with how an engineering degree would help you solve this/these problems. Also, research an engineering professional society that interests you. Write a brief paper, 2-3 pages, typed, on these topics. Problem Solving  In detail, describe the present problem.· o How did the problem surface? o What are the current solutions, if any?  Propose a solution to the problem· o Is it practical?  How could an engineer solve this problem? How would you obtaining an engineering degree help· you solve the problem?  How would society benefit from this problem being solved?· Professional Society  Which professional society did you choose and why?·  What do they do?·  What are the requirements to join the society?·  What impact does the society have?·  Do they have any conferences or trade shows? How many? Where? When? What is the cost?· Provide Bibliography to cite any sources used (does not contribute towards page count). Primary Paper– Choose an engineering discipline of your choice. Write a brief paper, 2-3 pages, typed, on this major.  Why did you choose this?·  What University do you want to attend? Why? Do they have an ABET accredited engineering· program?  What are the consequences of obtaining a degree from a non-ABET accredited engineering· program?  Are there student clubs, organizations, competitions offered by the University of choice that· interests you?  What are the average salaries and the typical responsibilities of the engineering discipline you· chose?  Identify the top ranking Universities for your engineering discipline of choice.·  Does the University you chose offer graduate school opportunities?·  Find a specific area you would like to pursue and why?·  Does the University you originally chose have a graduate program tailored to the specific area· you chose?

What are the dangers of creating a “contemporary” Jesus?

1) What is Sin? Mortal? Venial? Sins of Omission and Commission?

2) What are the dangers of creating a “contemporary” Jesus?

3) Who founded Christianity? Jesus? The Apostles? The Church Fathers? Explain.

4) Why shouldn’t we receive communion across denominations?

5) How is the family a domestic Church? What about your family?

6) How does marriage perfect the husband and the wife?

7) React to: “Injustice anywhere is a threat to justice everywhere.” and “Justice delayed is justice denied.”

8) What is the theology of liberation?

Understanding Catholicism

1) React to: God cares and shows it through Jesus.

2) Why did Jesus die?

3) Could a non-believer see the Resurrected Christ? Was it an objective or subjective event?

4) React to the following: The Church is not a museum for saints, but a hospital for sinners

5) What are Sacraments? How do they function? How does your Church celebrate them?

6) How does the Eucharist contain the sacrament of Matrimony?

Derive a relationship between velocity, pressure, elevation and density along the pipe.

Task 1:

The company is interested in using a widening pipe to transport fluid from location A to another location B. The pipe will be full with the flowing fluid during operation. The area of the pipe cross section at location A is A and this section is at an elevation z. It is expected that the fluid will flow with velocity v and pressure p. It is assumed that the system will have geometry and parameters similar to the one presented in Fig 1.

You are required to consider the rate of change of momentum from location A to B, the forces acting due to the effect of surrounding pressure and changes in elevation and employ calculus to:

Derive a relationship between velocity, pressure, elevation and density along the pipe.
What assumption(s) did you make on the fluid properties?
If the pipe is to be horizontal and the flow of the fluid is reversed such that at location B, the velocity, pressure and diameter are 1.5 m/s,138 kPa and 0.15 m, respectively. You are required to:

Determine the pressure the fluid will possess at another location of the pipe where the diameter is 100 mm assuming that there is no loss of energy.
{Hint:

}

Fig 1

Task 2

Given that you need a pump to support the flow described above and the pump is to be driven by a steel shaft loaded as shown in Fig 2. It is anticipated that there is a point of elastic-plastic boundary along the section AB located at P where the shaft integrity is critical. If the shaft has modules of rigidity G = 80 GPa, yield stress τyield = 160 MPa, You are required to:

Derive an expression for the torque TAB in terms of P.
Determine the distance P which is the elastic-plastic boundary.

{Hint:;;

Fig 2

Submission of work

Your completed work for assignments must be handed in on or before the due date. You must keep a copy or backup of any assessed work that you submit. Failure to do so may result in your having to repeat that piece of work.

Discuss the factors which affect the capacity of a road such as the main A64 York Road between chainages 0 and 300.

Your tasks
1. With reference to the Designer’s outline drawing (HDC/716406A/011/01), discuss the factors you believe have been taken into account in the location of the access road shown.
2. Discuss the factors which affect the capacity of a road such as the main A64 York Road between chainages 0 and 300.
3. Identify what other junction types could have been used at this location. Compare and contrast these with the signal-controlled junction chosen by the Designer. You may use a table to present your answer (10 marks)
Killian Ngong, the module lecturer has argued that a roundabout would have been a better option for this development access.
4. Using route location principles, and the scaled plan provided, sketch a suitable alignment for your proposed access road into the development site incorporating a roundabout at the junction. This should extend for a minimum of 150m into the development and include a turning facility within the development site for construction vehicles.

5. Draw a suitable horizontal alignment showing the main road and your access road including the roundabout option. The drawing should show the alignment 150m either side of your junction. Use different colours to show the carriageway, footway and verge areas. You should also label the lane widths and key dimensions, as well as show clearly your proposals for dealing with the existing bridge and the river.
6. Using the spot levels on the topographical survey drawing, design a suitable vertical alignment of the access road and the realigned main road. Produce a typical cross-section of the access road and two further cross sections on the main road either side of your proposed junction.

What are some of the issues in leadership at Initech?

Watch the Movie Office Space. Prepare a summary of the movie and answer the following questions. The assignment should be typed and I do not expect short answers. I expect thoughtful responses based on the movie.
1. What are some of the issues in leadership at Initech?
2. What type of leader is Peter?
3. What type of leader is Blumberg?
4. What are some of the issues in the management styles displayed in the movie?
5. What kind of management style is followed at Initech?
6. What type of motivation might work for the employees at Initech?
7. What are your suggestions to make this a better work place?

Demonstrate real ownership of the ideas that you present by providing unique insight as evidence of your careful consideration of the topic.

For this assignment, you must compose a 3-page double-spaced paper that addresses how the principles that you have learned throughout this course can be applied to your understanding of what it means to be a Christian.

 

NOTE: You must choose a topic from the list of approved topics

 

As you respond to the prompt, reflect on the concepts that you have learned throughout the course, and apply them to your specific topic. Be sure to integrate the information that you learned through the textbook readings, the assigned article readings, the lecture videos, and any other related content that you may have encountered during the course. Your paper must also:

 

1.Describe the course concepts that are related to your topic, demonstrating your reflection and analysis. Do not              simply summarize what was presented in the course.

 

  1. Demonstrate real ownership of the ideas that you present by providing unique insight as evidence of your careful consideration of the topic.

 

  1. Provide a logical link between the description of the concepts from the course and the conclusions or implications that you draw in your reflection. In other words, your conclusion should be logically derived from the application of the course concepts to the description of your topic.

 

  1. Demonstrate learning initiative by exploring conclusions and implications beyond the boundaries of your classroom discussion.

 

  1. Focus on depth of understanding, rather than breadth of coverage.

 

 

 

Format your paper in a Microsoft Word document using current APA.

In a station 3 meters downstream a flat plate, the boundary layer thickness was measured and found to be 7 cm. If this boundary layer is the result of a parallel flow of air at room temperature at a speed of 5 m/s, is the boundary layer turbulent or laminar?

Question 1

In a station 3 meters downstream a flat plate, the boundary layer thickness was measured and found to be 7 cm. If this boundary layer is the result of a parallel flow of air at room temperature at a speed of 5 m/s, is the boundary layer turbulent or laminar? what is the characteristic velocity scale and Kolmogorov length scale at this station?

Question 2

The jet engine of a commercial airplane produces 50 KN of thrust in preparation for take – off. The engine is 4 meters above the ground and has an exhaust diameter of 1 meter. What is the minimum distance for a man to stand behind the engine so that he would not encounter gusts greater than 10 m/s? (mean plus fluctuations). For simplicity, assume ambient air density at the exhaust of the engine. Also, assume the maximum fluctuating axial velocity less than three times the r.m.s velocity.

What effect on the predicted Tio did adding the second layer of Mylar have?

the graphical solution approach to predict the internal oven temperature (Tio). Refer to the Solar Oven Excel Guide and the Solar Oven Basics documents for guidance. Please complete and submit this assignment as an Excel spreadsheet.

In this assignment, you are to compare the predicted internal oven temperature (Tio) of four different solar oven designs (two designs in Problem 1, and two more designs in Problem 2).

No reflectors will be used on these ovens. In addition, the Solar Oven Project oven volume constraint (1,000 cm3) does not apply to these oven examples.

Problem 1: The oven in a) has a window made of a single sheet of Mylar, and the oven in b) has a window with two layers of Mylar. In each case, the thickness of the insulation (wadded newspaper) is 150 mm, and the cardboard is 4 mm thick. The size of the window(W and L measurements) is 6 cm x 6 cm, and the depth of the oven cooking chamber is 10 cm.

Prepare graphs of Tio vs. Uw, assuming that θs = 50°, β = 40°, τ= 0.92, a=0.9, Tambient = 21°C and Io=1000 watts/meter2. Be sure to show the intersection point on the graphs that you construct.

  1. a) What is thepredictedTio of this oven with one layer of Mylar for the window?
  2. b) What is thepredictedTio of this oven with two layers of Mylar for the window?

Problem 2: Now increase the size of the window to be 18 cm x 18 cm. The oven in c) has a window made of a single sheet of Mylar, and the oven in d) has a window with two layers of Mylar. All other parameters are the same as stated in Problem 1, including the cooking chamber depth of 10 cm. Prepare two more graphs of Tio vs. Uw. Be sure to show the intersection point on the graphs that you construct.

  1. c) What is thepredictedTio of this oven with one layer of Mylar for the window?
  2. d) What is thepredictedTio of this oven with two layers of Mylar for the window?

Additional questions: Answer the following questions in your Excel file. Type your answers into a text box for easy formatting. For questions 1 through 3, quantify your answers using the percent change in the predicted Tio value:
New Value-Old ValueOld Value×100%

  1. What effect on the predicted Tio did adding the second layer of Mylar have?
  2. What effecton the predictedTio did increasing the size of the window have?
  3. Whichof these two changeshad the larger impact on the predicted Tio?
  4. Of the four oven combinations, whichoneyielded the highest internal oven temperature? Does this answer make sense to youintuitively? Explain why or why not this makes sense to you

What has or will make it successful or even unsuccessful?

Write an Assessment of a famous Entrepreneur or Entrepreneurial Enterprise (in not more than 600 words) addressing the following questions:

• Who started it and how?
• How does it operate (detailing any particular ethos or concepts)?
• What has or will make it successful or even unsuccessful?

Select an example where neural network model(s) have been used in Materials Science and Engineering. For your chosen example, explain the scientific problem,

Select an example where neural network model(s) have been used in Materials Science and Engineering. For your chosen example, explain the scientific problem, and illustrate why the neural network has been used for the application, and what benefits (if any) have resulted from its use over other possible modelling methodologies.
Include in your answer careful reference to the journal paper(s), or other sources, which you use to find your example. Please also remember that any illustrations from the literature should also be referenced.
You should write a maximum of 2 sides of A4 for your example (including diagrams) and therefore answers should be presented clearly and concisely. Any additional material in excess of this limit will not be considered!
Marking Scheme
10 Description of the scientific problem
10 Explanation of why the neural network has been used for the application
10 What benefits (if any) have resulted from its use over other modelling methodologies
5 Evidence of research / referencing