Write the differential equation for steady-state diffusion and homogeneous chemical reaction at constant reaction rate K in a cylindrical rod. Determine the solution for the HC1 concentration in the rod.

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Transport phenomena

  1. Poly (vinyl chloride), PVC, is a common polymer used for fluid pipes and many consumer products, such as inflatable mattresses. It degrades at high temperatures and forms hydrochloric acid, a highly corrosive acid:

(C2113COn —, (C2112)7, + HCl

This occurs at a constant rate K, which is independent of HC1 concentration. Consider a PVC rod of radius R that is held at high temperatures for a long time so that the concentration of HC1 reaches a steady state. On the surface, the rod reaches equilibrium with its surroundings at a fixed HC1 concentration, CHci,s. You would like to know the concentration profile of HC1 in the rod.

  1. a) Write the differential equation for steady-state diffusion and homogeneous chemical reaction at constant reaction rate K in a cylindrical rod. Determine the solution for the HC1 concentration in the rod.
  2. b) What is the maximum concentration of HC1? KR2 DCH c) Consider the dimensionless quantity .

How is this quantity related to the ,,uniformity of the HC1 concentration in the rod? PVC rod

 

In few sentences, explain what gradient-based optimization is about. Describe what makes gradient-based optimization problematic.

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Data Engineering Question

  • In few sentences, explain what gradient-based optimization is about.
  • Describe what makes gradient-based optimization problematic.

 

Write essay explaining how many sensors are in the car?

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Mechanical Engineering

Write essay explaining how many sensors are in the car?

 

A line AB 65 mm long has its end A 20 mm above the H.P. and 25 mm in front of V.P. The end B is 40 mm above the H.P. and 65 mm in front of the V.P. Draw the projections of AB and shows its inclinations with the H.P. and V.P.

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ASSIGNMENT

General Instructions:

  • i) Solve all questions.
  • ii) All dimensions are in mm.
  • iii) Use the first angle method of projection.
  • iv) Assume a suitable dimension if it is necessary.
  • v) Retain all construction lines.
  • vi) Line work should be in such a way that the drawings are neat and clear while scanning.

Solve any One Question out of Two 10

  1. A line AB 65 mm long has its end A 20 mm above the H.P. and 25 mm in front of V.P. The end B is 40 mm above the H.P. and 65 mm in front of the V.P. Draw the projections of AB and shows its inclinations with the H.P. and V.P.
  1. One end of an inelastic string, 120mm long, is attached to the Circumference of a circular disk of 50mm diameter. The free end of the string is wound around the disc, keeping the string always tight. Draw the locus of the free end and name the curve.

Q2. Solve any One Question out of TWO 15

  1. A square prism, side of base 30 mm and axis length 60 mm is kept on the H.P. on a corner of its base such that its axis makes an angle of 30 degrees to H.P. Draw the projections of the prism. b.

Fig. shows Pictorial view of an object. Draw the following views

  1. i) Front view
  2. ii) Top view

A0BFA5D7CF2E4D9A9669DC646DA77641

Q3 Solve any One Question out of TWO 15

  1. Draw Isometric view of the given FV and TV.
  2. A pentagonal pyramid, 40mm edge of the base and axis height 70mm is resting on one of its corner of base on H.P. The edge opposite to the corner is parallel to and 45mm above H.P. and is parallel to V.P. Draw the projection when apex is nearer to V. P.

Q4.

Fig. shows a pictorial view of an object. Draw

  • i) Sectional front view along section plane A-A
  • ii) Top view
  • iii) Left hand side view

 

 

 

 

Briefly summarise the reading. What conclusions did you draw from the reading? Were there any “lightbulb moments” for you? What questions do you still have?

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Engineering Question

Write a one-page reaction paper for the handout.

To receive maximum credit, it is recommended that you include the following four questions in your paper and clearly address each one.

1) Briefly summarise the reading.

2) What conclusions did you draw from the reading? Were there any “lightbulb moments” for you?

3) What questions do you still have?

4) How might the ideas developed in the reading be applied to construction

 

Discuss how the Deming Cycle impact Six Sigma and other forms of continuous improvement. Provide examples.

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WWII

Deming was largely responsible for bringing statistical thinking and methods after WWII. Discuss how the Deming Cycle impact Six Sigma and other forms of continuous improvement. Provide examples.

Essential Activities:

  1. Watching the videos,

https://www.youtube.com/watch?v=hUHiDPKXcw4&ab_channel=ClintStevenson

https://www.youtube.com/watch?v=31m2WePfqIc&ab_channel=KrishnamurtyPammi

https://www.youtube.com/watch?v=ilDAYBR5sQU&ab_channel=ProjectManager

Notes:

  • This paper must be formatted in APA Style 7th edition.
  • No Plagiarism.

 

Based on the figure below, which tasks is P dependent on? What is the slack time for task R? Why is this the slack time?

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P dependent tasks

Based on the figure below, which tasks is P dependent on? (1 pt)

  1. N
  2. O
  3. Q
  4. all of these
  5. none of these

What is the slack time for task R? (1 pt)

Why is this the slack time? Show all your work to support your answer (i.e., must show any calculation you performed, and circle your final answer). You may do this with paper and pencil, take a picture and upload, or you may do this with any software and upload your screenshot (3 pts).

 

 

Based on the ACM/IEEE Software Engineering Code of Ethics, how would you approach this situation if you were assigned to develop this tracking system. Discuss two ethical principles in the code of ethics.

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Terrorism

To help counter terrorism, many countries are planning or have developed computer systems that track large numbers of their citizens and their actions. (8 pts total)

a) Discuss the dual-use dilemma in this context. (3pts)

  • What is dual-use dilemma?
  • How does dual-use dilemma apply to this context? (3 sentences max)

b) Based on the ACM/IEEE Software Engineering Code of Ethics, how would you approach this situation if you were assigned to develop this tracking system. Discuss two ethical principles in the code of ethics. (5 pts)

  • Ethical principle #1 (150-word limit):
  • Ethical principle #2 (150-word limit):

 

Based on his description of SISOS, do you think agile SDLC models are appropriate for developing these types of systems? Explain why or why not. Provide at least two reasons in your explanation.

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 A View of 20th and 21st Century Software Engineering

“Barry Boehm in his article “A View of 20th and 21st Century Software Engineering” discusses software-intensive systems of systems (SISOS). 7 pts total

a) Based on his description of SISOS, do you think agile SDLC models are appropriate for developing these types of systems? (2 pts)

  • Yes
  • No

b) Explain why or why not. Provide at least two reasons in your explanation. (300-word limit) (5 pts)

 

Design a second-order low-pass Butterworth filter having a gain of 10 and a corner frequency at 1k rad/s. Show your complete work and the LTspice schematic and simulation result.

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Electrical Engineering

Design a second-order low-pass Butterworth filter having a gain of 10 and a corner frequency at 1k rad/s. Show your complete work and the LTspice schematic and simulation result.

You must submit the hand calculation written neatly, and the LTspice schematic and simulation results.