1: Prove that the problem of finding a Hamilton cycle in a directed graph is NP-complete, using the NP-completeness of the Hamilton-cycle problem for undirected graphs.
2. Suppose that two problems are known to be NP-complete. Does this imply that there is a polynomial-time reduction from one to the other, if P INP?
1. Provide a de?nition of what a CSO is. Then, provide a contrast of this sector against the other sectors (Public/Government) and Private/Business)? Provide examples in each area to illustrate. 2. What are some of the challenges and/or opportunities unique to CSOs? Choose three (3) characteristics and discuss. 3. Take one of the examples from point 2 and elaborate on how this impacts on both ’Governance’ (Board) and ’Approach’ (Management).
2. Resources: Essential: Hudson, M. 2009, ’Managing Without Pro?t: leadership, management and governance in third sector organisations in Australia’, UNSW Press, Sydney
3. A minimum of three and a maximum of ?ve academic sources must be used. Essential is use of the Key Unit Text (Hudson). Please see the readings list located within this L.G. and check vUWS for related readings
1. Prove that the linear transformation represented by the matrix M is rigid if and only if MT = M−1.
2. Show that the linear transformation represented by the matrix M is orientation-preserving if and only if det (M) > 0.[
3. Figure II.9 shows an affine transformation acting on an F.
(a) Is this a linear transformation? Why or why not?
(b) Give a 3 × 3 matrix that represents the affine transformation.
1. Project Objectives, Deliverables, and Requirements. Conduct a search in the University’s online library on the topic of project objectives, deliverables, and requirements. What are project objectives, deliverables, and requirements? How are they different from each other, when are they determined, and how are they controlled during the various phases of the project? Consider a project with which you have been involved or which you have knowledge and describe two to three project objectives from this project. In your response to others, how can you improve upon the stated project objectives?
2. Ethical and Professional Responsibility.Select one of the following topics listed and provide a thorough response supported by scholarly or professional publications.
1. Produce a projected capital budgeting cash flows statement for Sneaker 2013 project by answering the following:
a. What is the project’s initial (year 0) investment outlay? b. What are the project’s annual (year 2013-2018) net operating cash flows? c. What is the project’s terminal (2018) non-operating net cash flow? d. Does Sneaker 2013 appear viable from a quantitative standpoint? (To answer this question, estimate the project’s payback, net present value, and internal rate of return)
2. Produce a projected capital budgeting cash flow statement for Persistence project by answering the following:
a. What is the project’s initial (year 0) investment outlay? b. What are the project’s annual (year 2013-2018) net operating cash flows? c. What is the project’s terminal (2018) non-operating net cash flow? d. Does Persistence appear attractive from a quantitative standpoint? (To answer this question, estimate the project’s payback, net present value, and internal rate of return)
3. Between the two projects, which project do you think is more risky? How do you think you should incorporate differences in risk in your analysis?
4. Based on the calculated payback period, net present value (NPV) and internal rate of return (IRR) for each project, which project looks better for New Balance shareholders? Why?
5. Should Rodriguez be more critical or less critical of cash flow forecasts for Persistence than of cash flow forecasts for Sneaker 2013? Why?
6. What is your final recommendation to Rodriguez?
1. Show 8052 code which sets timer 1 to 16bit mode, turns it on and sets it starting value such that it overflows every 100th.
1. Show an example of a Markov chain where the limiting distribution reached via repeated applications of equation (12.20) depends on the initial distribution P(0).
2. Consider the following two conditions on a Markov chain T:
a. It is possible to get from any state to any state using a positive probability path in the state graph.
b. For each state x, there is a positive probability of transitioning directly from x to x (a self-loop).
a. Show that, for a finite-state Markov chain, these two conditions together imply that T is regular.
b. Show that regularity of the Markov chain implies condition 1.
c. Show an example of a regular Markov chain that does not satisfy the condition 2.
d. Now let us weaken condition 2, requiring only that there exists a state x with a positive probability of transitioning directly from x to x. Show that this weaker condition and condition 1 together still su‑ce to ensure regularity.
1. Shady Rest Nursing Home has 100 private pay residents. The administrator is concerned about balancing the ratio its private pay to non-private pay patients. Non-private pay sources reimburse an average of $100 per day whereas private pay residents pay average 100 percent of full daily charges. The administrator estimates that variable cost per resident per day is $25 for supplies, food, and contracted services and annual fixed costs are $4,562,500.a) If 25 percent of the residents are non-private pay, what will Shady Rest charge the private pay patients in order to break even?
1. Show 8052 code which sets timer 1 to 16bit mode, turns it on and sets it starting value such that it overflows every 100th.
2. You are building an 8052-based device which will use both a 3-axis accelerometer and a temperature sensor. A variety of these are available, would you choose UART or 12C based communications? Why?
1. Sesuai dengan ketentuan PER Dirjen Pajak Nomor 16/PJ./2016, maka jelaskan apa yang dimaksud dengan PPh Pasal 21/26 ; Pemotong PPh Pasal 21 dan/atau PPh Pasal 26 ; Penyelenggara kegiatan; Penerima penghasilan yang dipotong PPh Pasal 21 dan atau Pasal 26; Pegawai; Pegawai Tetap; Pegawai Tidak Tetap/Tenaga Kerja Lepas; Penerima penghasilan Bukan Pegawai; Peserta kegiatan; Penerima pensiun; Penghasilan Pegawai Tetap yang Bersifat Teratur dan tidak terartur; Upah harian; Upah mingguan; Upah satuan; Upah borongan; Imbalan kepada Bukan Pegawai; Imbalan kepada Bukan Pegawai yang Bersifat Berkesinambungan; Imbalan kepada peserta kegiatan
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