IT leaders often need to make difficult choices to save money, stay competitive, and retain or generate additional profits. The idea of outsourcing and perhaps offshoring has been mentioned as a possible consideration.

Discuss the pros and cons of both outsourcing and offshoring. How might a leader introduce this to the organization without creating speculation and panic in its employees? What steps would you take to implement a digital transformation? Why? In 175 words or more.

 

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It isa geography course but there wasn’t an option in subject but this is very close to physics. ThanksRadiation1. During a 20-minute period, 3.0 x 106 J of solar energy are incident upon the beach at Santa Monica Bay.a). Calculate the mean incident radiant flux.Assume that the average human body is 1.5m tall and 0.6m wide.b) Calculate the mean radiant flux density on the average human body during that 0-minute period.2. The earth has a surface temperature of approximately 18oC and radiates like a blackbody. Using Stefan-Boltzmann’s Law calculate much energy the earth will emit over all wavelengths? Using Wien’s Law calculate the wavelength at which it will emit the maximum amount of energy?3. The average radiating surface temperature of Venus is 452oC. Calculate the wavelength of maximum emission for Venus. On the basis of your answer, should the naked human eye be able to see Venus? Why can we see Venus?4. The wavelength of maximum solar emission is about 0.475 x 10-6m, which corresponds to blue light. Use Wien’s Law to calculate the approximate temperature of the sun. Why do we see sunlight as yellow? Compare the wavelength of maximum emission of the sun to that of the earth (See your answer in question 2). Why are they different?Energy5. Latent heat is the energy associated with changes in state of water. A container holding 40 kg of liquid water loses 25 kg of liquid due to evaporation. Using the latent heat of vaporization, calculate how much energy was required to evaporate that water. Where is that energy now?6. When averaged over the top of the atmosphere for one year the average KEX is approximately 342 Wm-2 Using Figure 1.8 in your text, calculate the energy flux density for:a. The planetary albedob. The solar energy absorbed by the atmosphere and cloudc. The solar energy absorbed at the earth’s surface.d. The energy transferred as latent and sensible heate. The longwave energy absorbed by the atmospheref. The longwave energy that escapes through the atmospheric windowIf the Earth-Atmosphere-System depended only upon the radiative transfer of energy what could we expect in the atmosphere and at the surface, in terms of temperature?

 

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It is widely known that Knowledge Management Systems are the key to success in multinational companies. Imagine that you are a Vice President of a company that is ramping up to go global.Please choose one (1) of the following industries for the purposes of this assignment:

• Jewelry
• Fashion / Apparel
• Chemicals
• Consumer electronics, electronic components
• Medical supplies or equipment
• Bins, totes, crates, material handling
• Food products
• Drug products
• Children’s products, clothing, toys, etc.

Note: You may create and / or assume all necessary assumptions needed for the completion of this assignment.

You have been tasked with designing a comprehensive best practices policy list geared towards managing existing knowledge and any new knowledge as it becomes viable. The best practices policy should include a compiled task list that will help your company to handle not only the regular issues of conducting business within a foreign country, but also the unexpected events (e.g., earthquakes, demonstrations, bomb threats, etc.), no matter the country or countries into which you will be expanding. The policy list should also take any unique challenges that your company may face into consideration.

Write a six to eight (6-8) page paper in which you:

1. Design a comprehensive best practices policy list that includes policies on the following:
   1. Sanitation (e.g., hand washing, toilet facilities, etc.)
   2. Eating and / or drinking (e.g., at desks, on the company grounds, inside in the manufacturing area at designated tables / areas, etc.)
   3. Conflict resolution (e.g., settling disputes, mediation and / or arbitration with designated mediator on staff, etc.)
   4. In-house teams (e.g., minimum meeting times, scribes, appointed leaders, etc.)
   5. Online team (e.g., 24-hour coverage on phone due to time differences, etc.)
   6. Security (e.g., leaving doors open, locks, key return policy for departing workers, etc.)
   7. Emergency evacuation procedures
2. Determine the key benefits of creating such policies. Provide a rationale for your response.
3. Speculate on the major ramifications if such policies are not created. Provide a rationale for your response.
4. Predict the significant ways in which the best practices policy that you created will contribute towards the long-term sustainability of the company. Provide a rationale for your response.
5. Determine whether or not your best practices policy would provide a competitive advantage over other international companies. Provide one (1) example of a company using a best practices policy to support your response.
6. Use at least three (3) quality academic resources in this assignment. Note: Wikipedia and other similar websites do not qualify as academic resources.

Your assignment must follow these formatting requirements:

• Be typed, double spaced, using Times New Roman font (size 12), with one-inch margins on all sides; citations and references must follow APA or school-specific format. Check with your professor for any additional instructions.
• Include a cover page containing the title of the assignment, 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.

The specific course learning outcomes associated with this assignment are:

• Evaluate strategic management and participation strategies in a global business.
• Use technology and information resources to research issues in global management.
• Write clearly and concisely about global management using proper writing mechanics.

 

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Please help me with the following two problems. it is very urgent.

1. In a cascade of a compressor, choking takes place at the inlet Mach number of 0.88 and with the inlet flow angle 15 deg. If the ratio of the throat area to the frontal area, A*/H1s, for the cascade is 0.625, calculate the loss of stagnation pressure between the far upstream and the throat and express this as a loss coefficient. Comment on the cause for this loss.

2. A 2D cascade of a compressor is tested in air with inlet stagnation pressure of 1.1 bar and inlet stagnation temperature of 313K. When inlet Mach number is 0.8 and inlet flow angle is 48 dig, the exit flow angle is measured as 16 deg. For these conditions determine the mass flow rate per unit frontal area. Assume isotropic flow and calculate the exit Mach number and the static pressure ration across the cascade.

 

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