Einstein–Podolsky–Rosen paradox (EPR paradox)

Readings: Be sure to read John Norton’s e-book chapter (Lecture 5.2).

You may also wish to have a look at the SEP article by Arthur Fine on The Einstein-Podolsky-Rosen Argument in Quantum Theory or Laszlo Szabo’s The Einstein-Podolsky-Rosen Argument and the Bell Inequalities. (Links all down below!) Background.

It would be hard to evaluate the incompleteness thesis without some discussion of the phenomenon of entanglement, so you should expect to discuss this briefly; however, you will not have enough words available to develop all of quantum mechanics in this essay, so you should try to extract only the bits of quantum mechanics that you need to make your point.

Make sure you are giving a clear reconstruction either of the EPR argument or Einstein’s argument given in his Autobiographical Notes. Finally, articulate which assumption of Einstein’s argument is suspect and why.

Reading Links: http://www.pitt.edu/~jdnorton/teaching/HPS_0410/chapters/quantum_theory_completeness/index.html https://plato.stanford.edu/entries/qt-epr/ https://www.iep.utm.edu/wp-content/media/epr-bell-pdf-2018.pdf Entanglement Theory Links: (YOU WILL NEED THIS) https://personal.lse.ac.uk/gyenisb/physcity/lecture5.1.html http://www.pitt.edu/~jdnorton/teaching/HPS_0410/chapters/quantum_theory_completeness/index.html
THESE ARE ADDITIONAL GENERIC INSTRUCTIONS: PLEASE READ CAREFULLY AND ALWAYS KEEP IN MIND WHEN WRITING YOUR ESSAY.

Writing Philosophy You’ll only really learn to write a good philosophical essay through practice; but again a few hints can be given. Always answer the question you have been asked.

The main structure of your essay should be dictated by the “question” and, where it really is a question, you should come to some explicit answer to it – even if this is mixed or complex.

Suppose, for example, you were set the question ‘Did Hume show that induction is a rationally indefensible process?’ Then the conclusion of your essay might be something like ‘So, did Hume show that induction is a rationally indefensible process?

I have argued that, relative to one conception of rationality, Hume succeeded; but I have also shown that there is an equally plausible conception under which induction can count as rational, despite Hume’s strictures.’ Or suppose that you are asked ‘Is the moral act always the one that produces the greatest total well-being?’  Then the essay might end with ‘I have argued that there are cases where this utilitarian maxim would lead one to act in a way that is clearly immoral intuitively and hence that the maxim is not generally true.’ Or perhaps: ‘I have argued that, although some philosophers have argued that there are cases where acting to promote greatest total well-being would lead one to act immorally, in fact, on analysis, these alleged counter-examples dissolve, leaving the utilitarian maxim unrefuted.’ Target audience. Your target audience should be the ‘educated layman’, that is, someone who is clever, sympathetic, but has not read the particular material that you have been reading and on which your essay is based (or maybe s/he only dimly remembers most of it). Having such a target will force you to try to give a clear account of the material at issue; if instead you plunge into a detailed discussion that presupposes that material, it won’t be clear (not even to yourself) whether you have really understood it. Use your own words. Although we do not usually expect originality (after all, the people you will be reading have been thinking about the issues for years, not weeks), we do expect you NOT to write an essay by simply copying chunks from the reading. To do so without reference amounts to plagiarism; you should always cite the author when you do quote. But you should in any event avoid long quotations. The occasional very sharp quotation is fine, but in general you should use your own words even when you are straightforwardly describing someone else’s position.

One way to ensure you do this is to put the books aside when you are writing (consulting them again only when you get stuck). You obviously haven’t understood someone’s position if you can’t re-express it independently. Style. Do not aim to impress with your erudition and capacity to write long intricate sentences involving long words. Try to express your views (and those of the authors you report) as simply and concisely as possible. A good test is to read your essay out loud: if it sounds awkward, re-express it more simply. 8 Scholarly apparatus. When you paraphrase or quote a piece, give a full reference, including a page number (or, in some cases, such as classic texts, a section, paragraph and line number), in any of the standard formats (see any contemporary article or book published with a leading press for an acceptable way of citing). In summary, each essay is evaluated on the basis of the following. Expression and style Structure and organisation Understanding and use of literature Quality of analysis and evaluation Quality of argument Independence and originality We would further add that a good essay always begins by stating a clear thesis in the introduction, and its aim is to formulate a valid, compelling argument over the course of the essay. ADDITIONAL PHILOSOPHY WRITING GUIDE: https://personal.lse.ac.uk/ROBERT49/teaching/Guide.pdf PLEASE GET IN TOUCH IF THERE ARE ANY ISSUES AND WE CAN SORT THEM OUT TOGETHER. BEST OF LUCK AND I REALLY DO EXPECT THE HIGHEST POSSIBLE QUALITY WITH NO PLAGIARISM AT ALL.

Einstein–Podolsky–Rosen paradox (EPR paradox)

EinsteinPodolskyRosen paradox (EPR paradox) is a thought experiment proposed by physicists Albert Einstein, Boris Podolsky and Nathan Rosen (EPR), with which they argued that the description of physical reality provided by quantum mechanics was incomplete (https://en.wikipedia.org/wiki/EPR_paradox)

Readings: Be sure to read John Norton’s e-book chapter (Lecture 5.2).

You may also wish to have a look at the SEP article by Arthur Fine on The Einstein-Podolsky-Rosen Argument in Quantum Theory or Laszlo Szabo’s The Einstein-Podolsky-Rosen Argument and the Bell Inequalities. (Links all down below!) Background.

It would be hard to evaluate the incompleteness thesis without some discussion of the phenomenon of entanglement, so you should expect to discuss this briefly; however, you will not have enough words available to develop all of quantum mechanics in this essay, so you should try to extract only the bits of quantum mechanics that you need to make your point.

Make sure you are giving a clear reconstruction either of the EPR argument or Einstein’s argument given in his Autobiographical Notes. Finally, articulate which assumption of Einstein’s argument is suspect and why.

Circular Motion Lab (Lab Report)

Circular Motion Lab (Lab Report)

Circular Motion Lab

  1. Experiment with changing location of the ladybug and beetle on the wheel. Watch the angular velocity. What do you think angular velocity is?
  2. How does position relative to the center of the wheel affect the angular velocity?
  3. Experiment with changing the location of the ladybug and beetle on the wheel. How does position relative to the center of the wheel affect the velocity?
  4. What other factors affect the velocity of the bugs? Under show graphs click on q, w, a
  5. Set the ladybug to undergo angular acceleration by giving a a value between 0.5 and 2.0. Describe the ladybug’s motion.
  6. What does angular acceleration mean?
  7. Turn on the acceleration vectors. What direction is the angular acceleration? Explain why this direction makes sense.

For rotation tab question 2 and 3 are same so answer one!

Any formula you need we have been given is :

Here is the formula:

Tangential velocity = radius * w (theta angle in radians).

Radial acceleration = radius * w^2

For lab report, answer the lab manual questions that are asked and write conclusion.

Also there’s an example of this lab in youtube which you can use it as guide or change the number then write the lab report.

Here is the link:

https://www.youtube.com/watch?v=b5QuQxmrE7c&feature=youtu.be

Any questions you have feel free to ask and I need to submit this on Thursday morning.

Applying statistical approaches to quality engineering

Find a research paper (Journal or Conference article) discussing the topic of “Applying statistical
approaches to quality engineering”. The found paper must be summarized in two pages (Double
Spaced, Auto/Auto, Times New Romans, font 12). Do not forget to mention the paper title, the
name of the authors, the name of the journal with the volume number, and the publication year
on the cover page of your summary as citation, using one of the citation standards. The citations
standards (APA, Harvard, IEE..etc) can be found under References when you use Microsoft
word. You can use the library online search system to find a research paper. NOTE : the
summarize should be only on one selected a research article.

Florida Building Code 2017: Fire resistance rating for 1 hour (drywall assembly) and 2 hour (shaft walls)

Florida Building Code 2017: Fire resistance rating for 1 hour (drywall assembly) and 2 hour (shaft walls)

Instructions 

The paper must be a minimum of SEVEN (7) PAGES (NOT including
cover sheet, table of contents, index, list of references, etc.), double spaced, one
(1”) inch borders all-around, in 12 point, “Ariel” font. Cite all references using APA
(American Psychological Association) style. See the internet for APA style guides or
template,
The topic of the assignment HAS TO BE DIRECTLY RELATED TO Florida Building Code 2017

Cyber Security Governance and Management for Smart Grids in Brazilian Energy Utilities – Article Review

Cyber Security Governance and Management for Smart Grids in Brazilian Energy Utilities – Article Review 

This is a 1,000 words individual assignment.
You are required to conduct a critical analysis of the ideas that are presented in the article.
You are strongly encouraged to consult the relevant guides to complete your analysis.
All reference materials must be appropriate cited in the text of your assignment. A separate
reference list must be included to show the full citation information.
Follow the style guidelines of the Academy of Management Journal or the Harvard author-date
referencing system.
***
Look to the files there are guidelines , Journal Article Review Guidelines , Cybersecurity
governance mgt for smart grids in Brazilian energy utilities, Structure & Word-count. and Article
Review Rubric

Technical Report with an Executive Summary

Technical Report with an Executive Summary

A report on a single historic innovation and the path from idea, through development to
commercial success. The particular product or service will be of your choosing, within the ICT or
Engineering technology sectors. You will develop the Emergence Roadmap to commercial
success of your chosen product or service, to reveal the critical factors that drove the success of
the innovation.
Your report will be inclusive of the following.
1. Original idea
2. Original business proposition
3. Preceding technologies leading to emergent technology
4. Historic trends and drivers
5. Identification of markets originally targeted
6. Emergence roadmap to commercial success
7. Critical factors that drove the success of the innovation
And a single page of executive summary of the whole report

Flow Measurement Using a Venturi Meter (Lab Report)

Formal Lab Report:- Flow Measurement Using a Venturi Meter

Introduction
You are required to write-up a full formal laboratory report from one of the timetabled five labs that you
have completed during semester 2. The lab allocation list is given in the ‘People’ section on Canvas under
‘Semester 2 – Formal Lab Report Write Up’. You must only write-up your allocated lab, even if you did not
attend the laboratory session. You will receive a zero mark if you write-up a different lab to the one you have
been allocated. Your attempt must be your own work; hence, you are not permitted to work with others to
complete the assignment, and you will not receive any help from staff.
During the laboratory sessions, you were required to record hand written details of your work in the form of
a log report that was checked and signed by your lab instructor at the end of the session. You will need to
use the details in this to write up your formal report, but you do not need to submit your hand written log
report. This is for you to keep for future reference and revision.
The full laboratory report should be word processed, well-constructed and presented in accordance with the
guidelines given in Appendix B of this document. Please note that this appendix is intended to be a general
outline for formal reports and not all sections may be applicable.
This coursework is designed to meet the third module learning outcome (LO3) which states that students
should be able to:
Carry out experimental procedures in a range of different engineering disciplines, process the data
collected, and produce a formal technical report.”

Flow Measurement Using a Venturi Meter
1. Aim
The aim of this laboratory is for students to investigate the measurement of flow rates using a Venturi meter
and gain a greater understanding of the fundamental principles of fluid flow in pipes.
2. Objectives
• Record the time to fill a volume of water in the apparatus basin for a number of flow rates.
• Measure the static pressure heads at the Venturi meter mouth, throat and exit.
• Plot a graph of the flow rate against the square root of the head.
• Determine the coefficient of discharge for the Venturi meter using the gradient of the graph.
3. Apparatus
A hydraulics bench with Venturi flow meter apparatus manufactured by Cussons Technology are used in this
laboratory experiment. The Venturi meter has an upstream and downstream pipe diameter of 19.5 mm and
a throat diameter of 11.75 mm [1]. The experimental apparatus and setup is shown in below in figure 1.

4. Theory
A Venturi meter is type of flow meter that has a specific design with a 21˚ convergent section and a 10˚
divergent section [2]. A schematic of a Venturi meter can be seen in figure 2. The rate of fluid flow in a pipe
is determined by applying Bernoulli’s equation and the continuity equation along the central streamline
between the mouth and the throat of the Venturi meter and recording the difference in static pressure head
at these positions.
Figure 2: Venturi meter design
The head form of Bernoulli’s equation is given in equation 1.

For steady flow of an ideal fluid the total head is constant due to the assumption that the fluid is inviscid and
hence losses are neglected. Applying Bernoulli’s equation between the mouth and the throat of a horizontally
positioned Venturi meter and rearranging gives the expression in equation 2 which is equal to the difference
in static pressure head that can be directly measured using the piezometers.

Applying the continuity equation between the mouth and throat gives equation 3 which can then be used to
determine an expression for the fluid velocity at either position.

By combining this with Bernoulli’s equation and then substituting back into the continuity equation, the
theoretical volumetric flow rate can be determined as shown in equation 4.

The coefficient of discharge, 𝐶𝐶𝑑𝑑, is the ratio of the actual (real) volumetric or mass flow rate to the theoretical
(ideal) volumetric or mass flow rate [3], as shown in equation 5. The real flow rate is found experimentally using methods such as collecting the discharged fluid in a vessel and timing how long it takes to fill it to a
certain volume or mass.

5. Experimental Method
• Start the pump and set the speed on the drive module to around 3000 rpm.
• Open the flow regulating valve to establish a water flow through the test section and adjust it to
maintain a constant inlet head of 0.25 m by allowing a small overflow from the inlet tank to the
overflow pipe.
• Raise the swivel outlet pipe up so that the water stops flowing through Venturi meter and check that
the outlet tank has a head of 0.25 m.
• Ensure that any air bubbles are bled from the manometer and check that they all read 0.25 m.
• Lower the swivel outlet pipe to achieve an outlet head of 0.24 m. This will start a flow through the
Venturi meter. Adjust the flow valve if needed to maintain a constant inlet head of 0.25 m.
• Measure the static pressure heads at the Venturi meter mouth, throat and exit.
• Close the measuring outlet basin valve and using a stopwatch start timing when the water level on
the volume sight glass is at 5 L and stop timing when it reaches 15 L and record the time.
• After the measurement has been completed, fully open the measuring outlet basin valve.
• Repeat the measurements for various outlet heads down to 0.17 m in increments of 0.01 m.
• Once a full set of results has been completed, close the flow regulating valve and switch off the pump.
6. Health and Safety
There is minimal risk in this experiment, however, some water may splash onto the floor during operation so
do be aware of this potential slip hazard.
7. Results
• Draw a results table similar to table 1 with flow conditions of variable outlet heads ranging from
0.25 m to 0.17 m descending in increments of 0.01 m and record all the volume timings and the
Venturi meter static pressure heads.

• Calculate: the actual volumetric flow rate in the units of L/min, the difference in static pressure head
between the Venturi meter mouth and throat, and the square root of the difference in static pressure
head between the Venturi meter mouth and throat.
• Plot a graph of the actual volumetric flow rate [L/min] against the square root of the difference in
static pressure head [m0.5].
• Draw a straight line of best fit from the origin through the results and measure the gradient slope.
• The units of this slope will be L/min.m0.5. Convert the gradient to the units of m2.5/s by dividing by
1000 (changing L into m3
) and then dividing by 60 (changing min into s).
• Substitute this gradient with SI units into equation 6, which is derived from equations 4 and 5, in
order to determine the coefficient of discharge for the Venturi meter.

8. Discussion
• Explain the reasons why the actual volumetric flow rate will be less than the theoretical volumetric
flow rate.
• Compare the experimentally determined coefficient of discharge with the value stated in the British
Standard BS 1042: section 1.1: 1981 [2] and explain the possible reasons for any differences between
these values.
• Comment on the head losses across the Venturi meter from the mouth to the exit for different
volumetric flow rates.
• What is the maximum pressure drop as a percentage across the Venturi meter from the mouth to
the exit, and state whether this is acceptable according to the British Standard BS 1042: section 1.1:
1981 [2].
• Compare the Venturi meter to other types of flow meters that are extensively used in industry and
comment on their relative advantages and disadvantages.
9. Conclusions
Briefly summarise the main findings from the experiment using either short paragraphs or bullet points.

References
[1] Cussons Technology (2012) Hydraulics Bench – Instruction Manual: Part 6, Issue 7, Cussons
Technology Ltd.
[2] British Standard Institution (1981) Measurement of fluid flow in closed conduits – Part 1: Pressure
differential devices – Section 1.1: Specification for square-edged orifice plates, nozzles and venturi
tubes inserted in circular cross section conduits running full, BS 1042:Part 1:Section 1.1:1981.
[3] Douglas, J.F., Gasiorek, J.M., Swaffield, J.A. and Jack, L.B. (2011) Fluid Mechanics, 6th edition,
Prentice-Hall, ISBN: 0273717723.

Fatigue Failure in Aircraft Structures

Instructions 

In this case analysis you will review, and then analyze a mishap which involved fatigue. To get
started, go to the NTSB Aviation Accident Database (Links to an external site.) and locate an
NTSB report which involved fatigue from the last 36 months (an open source military report is
acceptable, but please do not include any “privileged” data).
Next, based on what you have read and have learned in this module, explain why the pilot
operated the vehicle in a fatigued state. Then, present what corrective action the pilot should
have taken to avoid the mishap from occurring.
Please provide sound evidence for your conclusion by supporting it with information from the
NTSB report and your new found knowledge of fatigue.
Your analysis should include the following sections:
Summary of the case
Problem Statement – What is the problem?
Significance of the Problem – Why this is a problem?
Alternative Actions (2) – How could it have been avoided?
Recommendation

Ultracapacitors in Aviation : Article Review

Ultracapacitors in Aviation : Article Review, Instructions 

Find an article in an aviation-related journal or other current resource detailing recent
developments in the construction and use of ultra-capacitors, how ultra capacitors are changing
aircraft electrical systems, or what future applications might benefit from the use of
ultracapacitors.After conducting your research, write a one page synopsis of your findings.
Include a cover page and reference page in your written document.

Water Quality Improvement Action Plan

Write a 5–6-page action plan for a quality improvement initiative, using the Centers for Disease
Control’s WASH program as the basis for the plan to improve water quality and sanitation for a
refugee camp.
Preparation
Read about the CDC’s Global Water, Sanitation, and Hygiene (WASH) Program and related
pertinent information linked in the Resources for this assessment. Search the Internet for
examples of action plans.
Your task for this assessment is to use the WASH Program as the basis for determining the costs
and benefits associated with establishing the program in a refugee camp. You will also research
and propose ways to measure the benefits of program performance.
Assume the role in the scenario:
Scenario: You are a health administration consultant hired by a government ministry to develop a
quality improvement action plan to improve water quality and sanitation for a refugee camp with a current population of 5,000. The current water and sanitation are not up to standards. Public
health services are overwhelmed with medical issues. You must persuade local public health
officials to undertake your quality improvement plan as their number one priority.
Instructions
Develop a 5–7-page Water Quality Improvement Action Plan for the refugee camp. You may use
bullet points, phrases, charts, or tables as needed to relay information clearly and succinctly.
Organize your action plan according to the following headings:
Executive Summary
Focus the reader on the issue at hand. Summarize in one sentence the most important point of
each section of the plan.
Population Health
Summarize how the WASH program complements global water and sanitation standards and
supports population health.
• Articulate the global water and sanitation standards.
Scope
Analyze the scope of what is required for a camp to meet the standards for a population of 5,000.
• Document any assumptions you make.
o What are the immediate critical steps that need to be implemented?
o What initiatives need to be taken to ensure the health of the population in the long term?
Costs
Assess the scope of costs (personnel, education, equipment, et cetera) associated with the
WASH quality improvement action plan.

• What are the emergency cost factors?
• What are the long-term cost factors?
Funding
Evaluate potential funding sources (private, NGO, or government) that could support this quality
improvement project. Explain your reasoning.
• Which sources might provide funding for emergency measures? Be specific.
• Which sources might be tapped for longer term support? Be specific.
• What partnerships could be developed?
Performance Measures
Propose performance measures to assess the quality initiative performance.
• Qualitative: Explain a way to qualitatively assess the program performance.
o Why is this an effective way to assess performance?
• Quantitative: Discuss a model that you would choose to quantitatively assess the program
performance.
o Why is this an effective way to assess performance?
Summary Call to Action
In this brief section, cite statistics to illustrate the human and economic costs associated with the
current status of the issue. What are the costs of maintaining the status quo? What are the
human and economic benefits of implementing the quality improvement plan?
Additional Requirements
• Formatting: Resources and citations are formatted according to current APA standards for style
and formatting.

• Number of resources: Use a minimum of 7–10 resources.
• Length: 5–7 double-spaced pages, not including the title and references pages.
 Font and font size: Times New Roman, 12-point.

Case Analysis 1: When MRO Practices Fail

For this first Case Analysis assignment, first review the guidelines linked below:
Case Analysis Guidelines (PDF)Preview the document
After reviewing the guidelines, read the information below on FAA fines for maintenance at the
following links:
Press Release – FAA Seeks $12 million Civil Penalty Against Southwest Airlines/FAA (Links to
an external site.)
FAA Fines Show the Extent of Maintenance Violations (Links to an external site.) (External HTML link)
Then conduct further research to find any additional information on the Southwest maintenance
issue. Address these questions in your analysis:
What do you believe is the root of the problem?
Is the primary problem Southwest’s lack of internal oversight to maintenance processes or the
FAA not being proactive in preventing or stopping these issues?
Why did the FAA take so long to levy the fines?
Where does quality assurance and quality control factor into these issues?
Following the Case Analysis Guidelines, prepare a short two-page paper which provides the
details of your findings and justification of your analysis.
Links:
https://www.faa.gov/news/press_releases/news_story.cfm?newsId=16754
http://usatoday30.usatoday.com/travel/flights/2010-02-02-airmaintenance02_va_n.htm

Internet Research 2 : MROs in the News

Internet Research 2 : MROs in the News

This is our second current event research on MROs in this course aimed at reinforcing
management and operation of MROs as business entities. For this assignment, find an article in
an MRO related journal or other current resource which discusses the responsibilities of
maintenance and engineering functions in an MRO. Any type or size of MRO can be utilized for
this activity. Utilize the resources provided in Module 2’s Internet Research activity as the starting
point for your research.
After reading the article, write a 1-2 page synopsis of your findings. Include details of the MRO
company and relate how the engineering and maintenance departments are structured, i.e.
overlapping tasks, integrated activities, etc. Try to find a detail that is unusual about this MRO
with regards to engineering and maintenance. Perhaps the company is very technology oriented
or on the cutting edge with a new tool or resource.