Chapter 11 Problems Essay

The cost of replacing the 20 year old manufacturing line is $600,000.00, though it was close to the target efficiency of 80% but is showing signs of deterioration.

8. Calculate the return on investment in dollars and as a percentage for an investment that you purchase for $500 and sell for $600. (2.0 points) 20 % ($100 profit)

1. Please assess the economic benefits of acquiring the Vulcan Mold-Maker machine. What is the initial outlay? What are the benefits over time? What is an appropriate discount rate? Does the net present value(NPV) warrant the investment in the machine?

According to our analysis, So , c) is a betterthe optimal choice whichchoice, which confirmed our aggressive machine buying strategy since Day 135. And on Day 149, and Day 170, we immediately bought machine for station 2 and 1 again when the stationsit becomes bottle neck or when lead time is more than 0.28 which caused revenue decreased to $1,200.

When making a purchase to improve on many areas of operations there are always factors to take into consideration. There will be a great amount of capital expenditure for this equipment; however the potential for higher return on investment is remarkable. The initial cost of purchasing the MAGNETOM is approximately $ 1 million. There will be an additional cost of $500,000 to operate and maintain the machine. These costs will be reimbursed within the first eight months of extensive utilization if the all marketing for the machine is on point. Since we are currently paying a technician to operate our out of date machinery, there is no reason why this prediction cannot become reality. There will also be an offset of income inherited by the lack of errors made by the technicians after they have trained for the new machine . ("Magnetom espree -," 2013)

2. If you had a payment that was due you in 5 years for $50,000 and you could earn a 5% rate of return, how much

In order to meet customer demands for higher product quality, to comply with federally-mandated environmental regulations, and to reduce production costs, HCC must spend $2,000,000 within the next three years to upgrade equipment. The upgrade is expected to result in production efficiencies that will lower material and labor costs by reducing defective products, process waste, in-process inventory, and production man-hours through simplified work processes. It has been over a decade since significant modifications were made to the production facilities. Those changes were mostly technical in nature and did not substantially alter work processes or reduce overall employment. The average productivity gain in the industry for the past five years has been 3% per year. Financing for the loan to purchase the equipment

Webmasters.com has developed a powerful new server that would be used for corporations’ Internet activities. It would cost $10 million at Year 0 to buy the equipment necessary to manufacture the server. The project would require net working capital at the beginning of each year in an amount equal to 10% of the year's projected sales; for example, NWC0 = 10%(Sales1). The servers would sell for $24,000 per unit, and Webmasters believes that variable costs would amount to $17,500 per unit. After Year 1, the sales price and variable costs will increase at the inflation rate of 3%. The company’s

See Table 1: Expected non-operating cash flow when the project is terminated at year 4 = 165,880$

1. Two commonly used methods of financial analysis are payback and present value. Payback determines the length of time for an investment to return its original cost (1). Using the assumptions stated below the payback of the Jiminy Nick wind turbine with a cost of about $3.3 million would return the investment in about four years time. Net present value summarizes the initial cost of an investment, the estimated annual cash flows, and expected salvage value, taking into account the time value of money (1). A NPV calculation for the scenario SED is reviewing equals $7,697,286 minus the investment costs of $3,318,000 totaling $4,379,286.

As opposed to purchasing new equipment, we could opt to maintain the equipment we currently have, which has an estimated service life of 11 years remaining. We could retain all of our claimed Investment Tax Credit for this purchase, which has two years of depreciation left, and would not be required to invest in any new training for our employees. We would recognize $31,000 in depreciation in present value terms, as well as save an estimated $200,000 in training costs and losses due to lower production during the “learning curve”. I estimate these savings to be approximately one month of payroll to include both the time spent on training, and our reduced production as employees learn how to use the new equipment. Additional detail of this option is provided in Appendix B, C, & D.

Estimated machinery life: 3 years (after which there will be zero value for the equipment and no further cost savings)

costs $350,000, that will have a useful life of eight years, and that will have a salvage value of $25,000. If this

ML had developed a policy of selling manual machines and renting automatic machines. Manual machines did not cost much, did not require service, and could be modified to attach different fasteners inexpensively. Automatic machines were rented on an annual basis because they would have been more expensive to sell and it provided annual income to ML. However, about 700 of the rented machines were returned each year. During the time that machines were in inventory, ML would modify the machines to attach different fasteners. This was expensive with an average cost per modification of $2000. If all 700 machines were modified during a given year this would have cost $1.4 million per year. It was also industry practice to provide preventative maintenance and