Physics

Introduction to Crowd Safety and Risk Analysis – The Assignments    Assignment:    Your background reading should be indexed using Harvard referencing. [MOU1]    Assignment:   Provide a report[MOU2]  and analysis on crowd science and management event tools. It should include how you use each tool stated below to understand risk and how it can help, support during, planning phase, event phase, and reflection post-event conclusion.   You need to include all of the core modeling elements from the course.   ·      DIM-ICE for your event o   Design, information, management during ingress, circulation and egress ·      Density and flow rates for your event ·      RAMP Analysis (Routes, Areas, Movement, Profile/People) ·      Congestion/Risk Maps for your site o   Time by venue on-axis.  ·      Decision Support Analysis   The core principles and understanding of the principles and applications of these tools should be demonstrated in your report and analysis. You should provide some detail of how the models are used, what information they provide, and how this can assist in the risk analysis of the crowd dynamic.   Density and Flow Outline how you monitor crowd density or crowd flow for your event.    RAMP Analysis Routes, Areas, crowd movements overtime/modal split, Profile of the crowd   Decision support analysis Using an array of one set of variables against another, such as congestion, risk, weather, communications, crowd types, event type, etc.   The objective is to ensure that the key elements of risk are communicated to the reader of the report.     [MOU1]Writing style  [MOU2]Format Report – different from an essay

Final Project about Quantum Mechanical differential equation solved. Final Project Guidelines The final project must be done independently by you, without seeking help from any other person besides the course instructor. You can use your notes, the textbook, and resources from the internet provided no other person is writing the paper for you.  Cheating will result in an automatic ‘F’ for the course.  The paper must be around 7-8 pages in length (with the references), written in Times, 11 or 12pt font, 1.0 or 1.5 spacing. The paper must be well-organized and include (i) a general introduction to the subject being discussed, (ii) a mathematical section which clearly explains the mathematical equations in detail, (iii) the results of your mathematical analysis which could include showing some calculations by hand, if it is possible, or any other relevant calculations (iv) results from Maple such as graphs – try to do a thorough analysis of your problem to understand what the equation is telling you, (v) a discussion which summarizes the work you have done and points out new things you may have learned in the process of doing this project. The paper must include a  reference section which includes a list of all the articles, websites that have been used. Please also make sure to cite the references in the paper inappropriate places.  The topic of the paper can be anything relevant to the course (Differential equations). You may look up the website link provided on canvas under the ‘Final Project’ module for some ideas. You can also use data for the project or use ideas from a paper you may have read. The idea can come from anywhere but the explanation must be your own and you must clearly show me that you understand what you are talking about. For more information on Quantum Mechanical read this: https://en.wikipedia.org/wiki/Quantum_mechanics

The politicians and the news media often warn us of an impending energy crisis. After visiting the website for the United States Energy Information Administration (located within the weekly readings) post your thoughts on the following: What is the energy crisis? What can be done about the energy crisis? How do you feel about the energy crisis? This needs to be 5-7 complete sentences, reference any information used or cited. Use the website in the attached document.

Find a current news article that is directly related to recent research in physics. USE THIS ARTICLE -> https://news.berkeley.edu/2020/08/17/new-center-to-focus-on-physics-of-ultra-dense-neutron-stars/ 1- Very briefly summarize the work and how it is related to physics    (one short paragraph or less). 2- List which one or two branches of physics are involved with the work that is discussed in the article. 3- Don’t forget to reference or attach your article

You will produce a 5-page research paper on a Physiology of Exercise topic of your choice. Your paper must be a critical analysis of your chosen topic, based on the appropriate theory and methodology, outlined in your text. Start with something you are interested in. Ideally, you will choose some emerging issues, trends, movements in Kinesiology. Your job is to help create a deeper understanding of something most people engage uncritically. (Your cover page and reference page will count) Your reader should understand what the text is performing culture work. Your research should be supported with a minimum of 3 scholarly sources(only two of which can be an assigned course reading) and three popular or primary sources. Chose a subject that you will be excited about, maybe something that you are fairly familiar with yet would like to know more about the subject. There are several steps in the research production process, all of which must be completed for full credit. 

1.  Why did some people see Newton’s physics as the enemy of religion?  Why did Newton believe his science was supportive of religious views? 2.  What is deism?  What do you think of this view of God?  (Show some original thought into your response!)Use your own words sources

Task 1 (3 points) A bent bar lies in a vertical plane, the x-y plane, and is affected in addition to the attachment by two forces Poch 3P, and a moment M1 = 2P · a.P = 1kN, a = 0.5m and  b= 30 °. Decide in vector form: a) the force resultant b) the torque resultant with respect to point O Task 2.  A sleeve Cmed massanm = 100kg can slide on the smooth fixed rod AB, which has the length l. It is held up by a wire CD. What is the force in the wire for the geometry (a = 0.5m) and the position that the figure next to it shows?

Related Diversification. Related Diversification is the most popular distinction between the different types of diversification and is made with regard to how close the field of diversification is to the field of the existing business activities. Related Diversification occurs when a company adds to or expands its existing line of production or markets. For this assignment, consider a company of your choice. Assume your company opted to pursue a strategy of related diversification and respond to the following questions. Explain why company has chosen this related diversification (by referring attached related 1, related 2 and incorporate points from attached and elaborate) What industries or product categories could if diversify into that would allow it to achieve economies of scale? (refer attached related 3 and incorporate the points in attachment and elaborate) Identify at least two or three such industries or product categories? Describe the specific kinds of cost savings that might accrue from entry into each (by referring related -3 and incorporate the points as stated in attachment and elaborate) Incorporate our coursework (Thompson text and other material) from this week into your above responses. Submission Details: Your analysis should be 500 words or more. Incorporate a minimum of at least one course (Thompson text) and one non-course scholarly/peer-reviewed source in your paper and give the complete URL from where these references have been retrieved. All written assignments must include a cover page, introductory and concluding paragraphs, reference page, be double-spaced, and proper in-text citations using APA guidelines. Follow all the above points without even missing one point

Using components determine the sum of a  +  b   if  a  = 3 m [N 30° W] and  b  = 2 m [N 10° E]. Note: Since the use of components is a useful strategy for word problems later in this course, your solution must make use of vector components.

Calculate the efficiency number and write up the results report. Include photos, explanation of what you saw, process steps, discussion of the results, and any other information you feel will explain your choice of beam design and your reaction to its performance.