Reference no: EM13546894
Assignment you are given the opportunity of exploring an existing conflict situation and linking theory to practice through the study of the specific conflict.
Conflict is a negotiation that we experience every day. Your research material may be drawn from various sources, such as: media coverage (local, national, or global), personal investigation and research, historical records (books, journals, films/video, newspaper articles), and internet sources.
The conflict could involve resources, health, politics, environment, religion, ethnic groups, and/or differing world views. It must, however, be well-known, meaning its existence should be common (public) knowledge. If you are unsure about a conflict, please contact your instructor for approval.
Your academic tools for conflict analysis should include the concepts or theories discussed in class or found in course readings and/or other literature.
Your 1000 word minimum paper should consists of at least the following:
? A description of the conflict: what is it about, who is involved, when and where, why is there a conflict? What is the context of the conflict? ? Describe the fundamental mistakes that resulted in impasses. ? Describe the elements and processes used or could be used to resolve these impasses. ? Identify the various hardball distributive tactics and responses to those tactics in an effort to resolve the conflict. ? Consider whether a third-party approach would benefit the situation.
Your assignment must:
? Be a minimum of 1000 words. ? Be typed, double-spaced, using Times New Roman font (size 12), with one-inch margins on all sides; citations and references must follow APA format. ? Include a cover page containing the tile of the assignment (Unit VI-Essay), the student's name, the professor's name, the course title, and the date. The cover page and the reference page are not included in the required assignment page length.
|
Calculate the base width of channel
: The ladder AB weighs 10 N and leans against a wall as shown. Assuming that the coefficient of static friction µs is the same at A and B, determine the smallest value of µs for which equilibrium is maintained. The weight force acts at the center of th..
|
|
Flow occurs in a rectangular channel of 6 m width and has
: Flow occurs in a rectangular channel of 6 m width and has a specific energy of 3 m. Plot the q-curve. Determine from curve (a) critical depth (b) the maximum flow rate (c) the flow rate at a depth of 2.4 m and (d) the depths at which flow rate of 28..
|
|
Design the column including cross-sectional dimensions
: A tied short column of square cross-section is subjected to a factored axial load of 2500 kN and a factored bending moment of 175 kN.m. Use a 40 mm clear cover to the ties and a 20 mm maximum aggregate size.
|
|
What would their book value be next year
: The Digby's balance sheet has $111,771,000 in equity. Further, the company is expecting $3,000,000 in net income next year. Assuming no dividends are paid and no stock is issued, what would their Book Value be next year?
|
|
Assignment you are given the opportunity
: Assignment you are given the opportunity of exploring an existing conflict situation and linking theory to practice through the study of the specific conflict.
|
|
Why that is important in today world.
: Using the 10-40-40-10 rule as your basis, detail how you can achieve an ethical workforce and why that is important in today's world.
|
|
Develop a process map depicting the product flows
: 4. Develop a process map depicting the product flows for the HDTV supply chain and note the potential problem areas and bottlenecks that may impact the success of Team HDX.
|
|
Describe how focus dimensions affect the selection
: Describe how focus dimensions affect the selection of a process structure and develop advantages and disadvantages for using each process structure in a specific situation
|
|
What is the effective vertical pressure due to the weight
: The initial velocity of a 15-lb block is given as mv1=15i+15j (ft/s). A force defined by F=250i-250tj (lb) acts on the particle from time t=0 to time t=0.3 s for a total duration of 0.3 s. Determine the particle’s velocity at t=1 s. Neglect friction.
|