Reference no: EM131019676
Imagine that you are the founder of a company that will produce efficient, quiet, and sleek wind-power turbines that both businesses and home-owners can use to harness the power of the wind to produce electricity. Although wind power is clean and increasingly cost effective, it is largely confined to large wind farms in rural areas. The primary obstacle to building wind farms elsewhere is the‘not-in-my-backyard' sentiment. This sentiment arises from the large scale of most wind-powered devices, the noise and shadows that are created, and the height of traditional wind farms, which normally exceed local zoning regulations.
Your company's mission is to make wind power available to businesses and home-owners by avoiding these complications. Your company has invented and is selling a low-cost, attractive, plug-and-produce wind-power appliance that can fit within the aesthetic schemes of many business and residential environments. The appliance, called the Neighbourhood WindStar, does not look like a traditional windmill or wind generator. It is 8 meters tall and 1 meter wide. The device is priced at£3,800. In many areas, the cost can be partially defrayed by rebates from the local power company and the government.
You have bootstrapped the operation to this point and have sold 176 Neighbourhood WindStars within a 50-mile radius of where the company is headquartered. You are now ready to expand throughout the United Kingdom. Your assignment is to develop a financial plan for the expansion.
You need to raise£500,000 to hire a direct sales force, expand your manufacturing facility, and implement a marketing campaign.
|
What is the quantum number l for this orbital
: The contour representation of one of the orbitals for the n = π shell of a hydrogen atom is shown below. What is the quantum number l for this orbital?
|
|
Why does it evaporate at room temperature
: If water has a boiling point of ~100 degrees C, why does it evaporate at room temperature?
|
|
The specific heat capacity of water
: Assume that 285 J of heat is added to 4.00 g of water originally at 23.0 degree Celsius. What would the final temperature of the water be? The specific heat capacity of water is 4.184 J/g·°C.
|
|
What expect to observe with regard to visible light emitted
: When the burner setting is changed to low, the burner continues to produce heat but the orange glow disappears. How can this observation be explained with reference to one of the fundamental observations that led to the notion of quanta?
|
|
Develop a financial plan for the expansion
: You need to raise£500,000 to hire a direct sales force, expand your manufacturing facility, and implement a marketing campaign.
|
|
Calculate the energy needed to raise the temperature
: Calculate the energy needed to raise the temperature of a 1025-gram block of aluminum from 22.8 degrees Celsius to 94.6 degree Celsius. The specific heat capacity of aluminum is 0.897 J/g·°C.
|
|
Essential information of a marketing plan
: Use the marketing plan(attached) that is a required reading for this module for your final portfolio project, as a broad guide. The marketing plan document is essential to business strategy and is a focal point of this introductory class. The esse..
|
|
What are the shortcomings or limitations of previous studies
: Choose a research question to address using economic reasoning and multiple linear regression analysis - What are the basic findings to date and what are the shortcomings or limitations of previous studies?
|
|
The engineering bom for an end item
: An exception report could be run every day that shows part numbers in inventory the value of which is over $50,000, no demand exists, and there are open PO's to purchase more. Another one could an exception report that shows any part number called ..
|