Cost Benefit Analysis over 10 years
Do a cost benefit analysis to decide wheteher to switch from a gas car to an electric car.
HINT: Make cash flow table for 10 years reflecting the total savings of switching from gas car to electric car
The government is offering an incentive of $11,000 for trading your gas car in and buying an electric vehicle
Assume that cost of gas will increase by 5% each year
You must include NPV and IRR for both comparisons in excel AND make a reccommendation
Interest rate = 4.50%
(you are free to make any other assumtions or rates you make, but be sure to clearly list them)
| Electric Vehicle | Gas Car | |||
| Cost of Electric Car | € 15,000 | |||
| Electricity cost per kWh | € 0.125 | cost of fuel per gallon | € 4.16 | |
| EV electricity consumption - kWh per mile | .483kWh/m | mpg | 28.6 | |
| eFuel Cost / mile | € 0.06 | Gas Cost / mile | € 0.15 | |
| # of miles driven per year | 8,500 | # of miles driven per year | 8,500 | |
| Total Fuel Costs / yr | € 513.19 | Total Fuel Costs / yr | € 1,236.36 | |
| Maintenance Costs | € 485.00 | Maintenance Costs | € 1,500.00 | |
| Total Cost / yr | € 998.19 | Total Cost / yr / car | € 2,736.36 | |
In: Finance
Cost of Production Report: Average Cost Method
Sunrise Coffee Company roasts and packs coffee beans. The process begins in the Roasting Department. From the Roasting Department, the coffee beans are transferred to the Packing Department. The following is a partial work in process account of the Roasting Department at December 31:
| ACCOUNT Work in Process-Roasting Department | ACCOUNT NO. | |||||||
| Date | Item | Debit | Credit | Balance | ||||
| Debit | Credit | |||||||
| Dec. | 1 | Bal., 16,500 units, 25% completed | 67,155 | |||||
| 31 | Direct materials, 285,500 units | 659,505 | 726,660 | |||||
| 31 | Direct labor | 375,131 | 1,101,791 | |||||
| 31 | Factory overhead | 539,821.5 | 1,641,612.5 | |||||
| 31 | Goods transferred, 287,900 units | ? | ? | |||||
| 31 | Bal., ? units, 75% completed | ? | ||||||
Required:
Prepare a cost of production report, using the average cost method, and identify the missing amounts for Work in Process—Roasting Department. If required, round your cost per equivalent unit answer to two decimal places.
In: Accounting
4) Cost per equivalent unit of direct materials and conversion
|
The cost per equivalent unit of direct materials and conversion in the bottling department of Mountain Springs Water Company is $0.45 and $0.12, respectively. The equivalent units to be assigned costs are as follows: |
||
|
Equivalent Units |
||
|
Direct material |
Conversion |
|
|
Inventory in process, beginning of period |
0 |
3,500 |
|
Started and completed during the period |
57,000 |
57,000 |
|
Transferred out of bottling (completed) |
57,000 |
60,000 |
|
Inventory in process, end of period |
3,500 |
1,800 |
|
Total units and costs to be assigned |
60,500 |
62,300 |
|
The beginning work in process inventory had a cost of $2,200. Determine the cost of completed and transferred out production and the ending work in process inventory. Round answers to nearest whole dollar. |
||
|
Completed and transferred out production |
$ |
|
|
Inventory in process, ending |
$ |
|
In: Accounting
Swedish Takeout
In this mini-case, IKEA is expanding internationally via franchising and other means. This case focuses on efforts in the United States, Europe, and Russia.
Expanding markets around the world have increased competition for all levels of international marketing. Cost containment, customer satisfaction, and a greater number of players mean that every opportunity to refine international business practices must be examined in light of company goals. Collaborative relationships, strategic international alliances, strategic planning, and alternative market-entry strategies are important avenues to global marketing that must be implemented in the planning and organization of global management.
Here we focus on a variety of alternative market-entry strategies, including exporting, licensing, franchising, strategic alliances, and direct foreign investments.
Read the case below and answer the questions that follow.
Fifty years ago in the woods of southern Sweden, a minor revolution took place that has since changed the concept of retailing and created a mass market in a category where none previously existed. The catalyst of the change was and is IKEA, the Swedish furniture retailer and distributor that virtually invented the idea of self-service, takeout furniture. IKEA sells reasonably priced and innovatively designed furniture and home furnishings for a global marketplace.
The name was registered in Agunnaryd, Sweden, in 1943 by Ingvar Kamprad—the IK in the company’s name. He entered the furniture market in 1950, and the first catalog was published in 1951. The first store didn’t open until 1958 in Almhult. It became so incredibly popular that a year later the store had to add a restaurant for people who were traveling long distances to get there.
IKEA entered the United States in 1985. Although IKEA is global, most of the action takes place in Europe, more than 70 percent of the firm’s $36 billion in sales. Nearly one-fourth of that comes from stores in Germany. This level compares with only about $5 billion in NAFTA countries. The firm has stores in more than 40 countries around the world.
One reason for the relatively slow growth in the United States is that its stores are franchised by Netherlands-based Inter IKEA Systems, which carefully scrutinizes potential franchisees—individuals or companies—for strong financial backing and a proven record in retailing. The IKEA Group, based in Denmark, is a group of private companies owned by a charitable foundation in the Netherlands; it operates more than 350 stores. The Group also develops, purchases, distributes, and sells IKEA products, which are available only in company stores.
1. The fact that IKEA has stores in more than 40 countries around the world and sells to many markets likely means that the company experiences benefits of global marketing? List four benefits and explain.
2. The fact that Ikea strives to lower costs, minimizes materials and packing, and has catalogs that are completely recyclable shows what type of company commitment?
In: Operations Management
Whether coal fired power stations are economically viable and has requested that you analyse and report on the economic viability of a new ultra super critical (USC) coal fired power station to be built . Specific details of the task are provided below.
Task:
You are to provide a detailed financial analysis of an USC coal fired power station under two scenarios used in the Finkel Review (2017). The scenarios are:
|
1. |
Business as Usual (BaU) |
The electricity market remains in a prolonged period of uncertainty due to limited government action on carbon pricing and abatement. The price of electricity is higher under this scenario. |
|
2. |
Emission Intensity Scheme (EIS) |
Government to introduce an EIS where electricity generators that emit more than 600 kilograms of carbon per megawatt hour (MWh) of electricity must purchase carbon permits while those that emit less receive permits that they can sell. Permits will need to be purchased for the USC coal fired power station. The electricity price is lower under this scenario. |
Detailed information on the life, capital outlay, revenues,
expenses and related information is provided in the ‘USC
Information.xlsx’ file. The financial analysis is to be completed
in Excel with the file being easily adjustable for different
scenarios
| General Information | Detail | Units | Notes |
| Construction time | 4 | years | Spread evenly over years of construction with outlay for each year occurring at the start of given year. Initial outlay at 2019. |
| Years of construction | 2019-2022 | ||
| Life after construction | 35 | years | After plant is complete. |
| Output | 743 | MW | Mega Watt (MW) is an instantaneous output. So at full output for 1 hour, the plant is said to produce 743MW hours (MWh). Total output for year = MWh x 24 x 365 x Available Capacity Factor |
| Emissions | 0.7 | t of C02-e/MWh | |
| Capital cost | 3076000 | $/MW | Note: Total Outlay = Output x Capital Cost per MW |
| Cost of fuel (black coal) | 2.25 | $/GJ | Average from Graph |
| Heat rate | 8.85 | GJ/MWh | |
| Variable fuel operating costs | 19.91 | $/MWh | VC = $/GJ x Heat Rate. |
| Variable non-fuel operating cost | 1.60 | $/MWh | |
| Fixed operating cost | 87000.00 | $/MW/year | Note: Total Fixed Operating Costs = Output x Fixed Operating Cost per MW |
| Schedule maintenance | 2.00 | Weeks p.a. | |
| Effective outage rate | 5.00% | p.a. | |
| Available capacity factor | 91.15% | p.a. | (52-Maintenance Weeks)/52 - Outage Rate |
| Coal inventory days | 60 | days | Coal is stored on site |
| Coal inventory | 213,04,782 | $ | |
| Spare parts inventory | 20,00,000 | $ | |
| Working capital | 233,04,782 | $ | Initial working capital investment occurs at the beginning of first full year of operations. |
| Depreciation | Straight-Line | Straight-line over operating life (life after construction) | |
| Salvage | - | $ | Assumed $0 due to costs of demolition |
| Site rectification | 1000,00,000 | $ | |
| Tax | 30% | Paid the year of income | |
| Business as Usual (BaU) information | |||
| Price of electricity under BaU | 85 | $/MWh | Average from Graph |
| Cost of capital under BaU | 10.0% | p.a. | |
| Emission Intensity Scheme (EIS) information | |||
| Price of electricity under EIS | 72 | $/MWh | Average from Graph |
| Cost of capital under EIS | 10.0% | ||
| EIS baseline | 0.6 | t of C02-e/MWh | Permits earned for year = Total Annual Output MWh x (EIS baseline - Emission per MWh) |
| Price per EIS permit first year production (2023) | 17.71 | $/permit | Price of EIS permit is in first year of production as it takes 4 years to build power station (2019-2022) |
| EIS certificate annual compounded growth | 5.7% | p.a. | Compounded growth |
| Additional Values | |||
| Hours | 24.0 | per day | |
| Days | 365.0 | per year |
In: Finance
Case Study: Nutrition & Metabolism
Worldwide, the incidence of obesity, defined as have too much body fat, has more than doubled since 1980. The United States has the largest rate of obesity with nearly 36% of American being obese. Obese is defined as having a body mass index greater than or equal to 30. Obesity greatly increases risks for a number of diseases such as type 2 Diabetes Mellitus, cardiovascular diseases, bone and joint issues, and even some cancers. Many obese patients struggle with weight loss using diet and exercise. For many of these patients, bariatric surgery can assist with the weight loss process.
There are 4 main types of bariatric surgery.
Laparoscopic Adjustable Gastric Band (LAGB or lap-band)
In what is called a lap-band (laparoscopic adjustable gastric banding or LAGB) surgery, a silicone band is placed around the upper part of the stomach. Squeezed by the silicone band, the stomach becomes a pouch with about an inch-wide outlet. After banding, the stomach can only hold about an ounce of food. No removal of GI tissue or re-routing of the GI tract happens in this procedure. This procedure has the least side effects, but also is associated with less weight loss.
Gastric By-Pass
The most common form of weight loss surgery is the gastric by-pass (Roux-en-Y or RYGB). In gastric bypass, the stomach is made smaller by surgically creating a small pouch of the top of the stomach and separating the rest of the stomach into a larger pouch not connected to the esophagus. The smaller stomach is connected directly to the middle portion of the small intestine, bypassing the rest of the stomach and the upper portion of the small intestine. The upper portion of the small intestine is then connected to the upper part of the small intestine.
Sleeve Gastrectomy
The laparoscopic sleeve gastrectomy, often called the sleeve, is performed by removing approximately 80 percent of the stomach. The remaining stomach is a tubular pouch that resembles a banana.
Biliopancreatic Diversion with duodenal switch (BPD/DS)
The Biliopancreatic Diversion with Duodenal Switch (BPD/DS) is a procedure with two components. First, a smaller, tubular stomach pouch is created by removing a portion of the stomach, very similar to the sleeve gastrectomy. Next, a large portion of the small intestine is bypassed. The duodenum, or the first portion of the small intestine, is divided just past the outlet of the stomach. A segment of the distal (last portion) small intestine is then brought up and connected to the outlet of the newly created stomach, so that when the patient eats, the food goes through a newly created tubular stomach pouch and empties directly into the last segment of the small intestine. Roughly three-fourths of the small intestine is bypassed by the food stream.
The bypassed small intestine, which carries the bile and pancreatic enzymes that are necessary for the breakdown and absorption of protein and fat, is reconnected to the last portion of the small intestine so that they can eventually mix with the food stream. Similar to the other surgeries described above, the BPD/DS initially helps to reduce the amount of food that is consumed; however, over time this effect lessens and patients are able to eventually consume near “normal” amounts of food. Unlike the other procedures, there is a significant amount of small bowel that is bypassed by the food stream.
1.Compare and contrast the effects of Lap-band (LAGB) vs BPD/DS on protein digestion and absorption.
2.How would a decrease in caloric intake alter metabolism: Would blood glucose levels be high, low or normal? Would glycogen stores be built or degraded, ditto with fat stores and proteins? Does the metabolic rate change?
In: Nursing
Below is a list of examples of benefits that ecosystems provide to people. Match each benefit with the correct category of ecosystem services.
| A. Regulating services |
| B. Provisioning services |
| C. Supporting services |
| D. Cultural services |
| selectABCD | 1. Before Europeans came, Michigan had a large area of old growth beech-maple forest near its southern border. Except for a small area where the loggers ate lunch, the entire beech-maple forest ecosystem was logged in the 1800’s. Only the loggers’ picnic area remains as a small remnant (~300 acres) of the great beech-maple forest. That remnant is now called Warren Woods. The ancient beech trees in Warren Woods are about 125 feet tall. The soil is rich, and the ground is covered with colorful wildflowers. For many years, a sign at the entrance stated, “Welcome to the forest primeval.” People come to experience walking through an ancient forest that feels like a cathedral. |
| selectABCD | 2. Since about 3 billion years ago, miniscule aquatic bacteria have been performing photosynthesis, releasing oxygen as a byproduct. They and their descendants, called chloroplasts, which live inside the cells of algae and land plants, produced, and continue to produce, nearly all the oxygen in our atmosphere. They also capture carbon from the atmosphere and incorporate it into carbohydrates, fats, oils, protein, and other types of food. All the carbon in all of our foods came to us by way of these photosynthetic bacteria and their descendants. |
| selectABCD | 3. The dead remains of leaves, insects, worms, and other organisms contain thousands of different kinds of organic (carbon-containing) and inorganic chemicals. Plants are unable to use these chemicals until the dead remains are chemically transformed during the decay process. Decay is carried out by various types of fungi, bacteria, and other microorganisms. Without the chemical transformations that take place during the decay process, living plants would quickly use up all the available nutrients in the soil and die. Without decay, there would be no plants. Without plants, there would be no animals. |
| selectABCD | 4. Large lakes are fed by incoming streams. When the forest is intact, the streams are deep and the water is cold and clear. Fish and other animals do better in cold water because cold water can hold more oxygen. The presence of the lake also causes a moderation in the air temperature near the lake. |
In: Other
You have always been told that the cost of capital for Clark Upholstery is 9%, so you started to evaluate the two alternatives (renew or replace) using the 9% cost of capital. However, it occurred to you that you have never calculated the cost of capital and you are not sure the last time some else may have calculated the cost of capital. Therefore, before you go any further in the process of evaluating the two alternatives you decide to calculate the cost of capital using the firm’s current capital structure and current yields on long term debt and equity. To make the calculation you know you need the balance sheet to determine the capital structure. Clark Upholstery’s current balance sheet is as follows:
Current Assets $75,000 Current Liabilities $25,000
Fixed Assets Long Term Debt (12%) $150,000
Land $100,000 Equity
Equipment 150,000 Common Stock $50,000
Total Fixed Assets $250,000 Retained Earnings 100,000
Total Equity $150,000
Total Assets $325,000 Total Liab & Equity $325,000
You will use the balance sheet to determine the relative weight of debt vs equity in your long-term capital structure. You also know that you must determine the current yield/value on your debt and equity in order to determine the after-tax cost of both debt and equity. Having both the relative weights of your capital structure and after-tax rates you can then determine your Weighted Average Cost of Capital (WACC), which you will use to evaluate the two alternatives (renew vs replace).
Your outstanding long-term bonds have a 12% coupon rate, but are selling at a discount on the publicly traded market. The current price is $88, that is $880 for a $1,000 face value bond. You need to determine the current yield/value of the current long-term debt. You are considering selling more bonds in the public market to finance the cost of the renewal or replacement. If you do this your investment banker is telling you that a 20-year bond would need a coupon rate of 13.6%, and to be sold Clark Upholstery would incur a $45 per bond discount and flotation costs of $32 per bond. Using this information, you calculate the cost of your current long-term bonds and also the cost if you sell $100,000 additional long-term bonds to finance the investment.
The other portion of your capital structure is your equity, which is comprised of Common Stock and Retained Earnings. Your stock is not publicly traded, so you decide to use the Capital Asset Pricing Model
(CAPM) to determine the cost of equity. To calculate the CAPM you need risk free rate (which you determine to be 4%) and also the markets expected return for the stock of companies like Clark (15%). Using historical information about Clark and also about the furniture Upholstery industry you determine that the firm’s beta is 0.88. You use this information to determine the equity cost of both Common Stock and Retained earnings.
Finally, you combine the debt and equity cost with the weights of debt and equity to determine Weighted Average Cost of Capital (WACC) assuming that Clark will finance the investment using the current mix of debt and use retained earnings (so no new equity is sold). You will also calculate the WACC assuming that Clark will finance $100,000 of the investment by issuing new bonds. Your Investment Banker advises you that taking on $100,000 of new long-term bonds will increase your Beta from 0.88 to 1.1.
You now have two WACC, one for the current capital structure and one that assumes the investment is financed by $100,000 of new long-term bonds and the balance being funded by Retained Earnings. You will use both WACC to evaluate the two investment alternative (renew or replace).
Now that you have all the calculations of incremental after-tax cash flow and WACC you are ready to evaluate the alternatives. To do this you decide to calculate all the classic evaluation methods, Payback Period, PV and its related Profitability Index and Internal Rate of Return. You have also heard about Modified Internal Rate of Return (MIRR) and aren’t sure if you will need/use it, but you will calculate it just in case. The company is concerned about an economic downturn in the near future which could throw off the revenue projections, and therefore has established a 4-year payback period as a pre-qualification for any new investments. You will now complete your project evaluation and do an accept/reject determination and a ranking for the two alternatives at both WACC.
Alt 1 Alt 2
26300 50100
36000 65200
35980 39420
43460 16340
33460 15940
1800 2200
In: Finance
CASE STUDY - Western Power
In response to the steady growth in southern California, Western Power decided to build an innovative $ 1 billion power plant near San Diego, as this new plant will not only generate high levels of clean electrical energy using new technology, but rather the energy generated by some cities will suffice. Nearby, enough energy could also be generated to sell to other utility companies in the rest of southern California and parts of neighboring states.
Therefore, the executive management of Western Power was keen to complete the project as soon as possible due to the large returns expected from these additional sales.
Nevertheless, as soon as news of the proposed power plant construction began to spread, the company found great opposition, especially from residents near the construction site of that station. Once construction began, many proceeded to institute several lawsuits in an attempt to halt construction, and the "Western Power" was only adopting an intensive campaign to build public relations through which the local population could be persuaded of the benefits of this project.
After several months of delay, work on the project continued and the marketing department of the company began contacting other public utility companies so that contracts could be signed to sell energy to them. Then it became clear that the returns resulting from electricity sales would not be as large as expected, and therefore the administration asked Rob Hedge, the project manager, to find ways to reduce the construction budget so that the expected level of profitability from that new plant could be maintained.
Unfortunately, Rob was unable to find different ways in which to reduce construction costs due to the presence of strict regulations from environmental protection organizations and many other government agencies regarding the foundations of building power plants, so he was only asked by architects and designers to suggest some changes in designs Through which construction costs can be reduced, the designers made a number of suggestions that would reduce costs significantly, but unfortunately construction engineers were unable to make the proposed changes due to the advanced technology used to generate power at that plant. In spite of this, they finally agreed to make some changes, which were implemented immediately. Rob called on architects and construction engineers to be present on the construction site permanently so that other ways to adjust design can be sought to reduce costs.
After one year of a five-year project, the head of the construction company requested an urgent meeting with the head of the "Western Power" company, where he complained about the numerous design changes that caused severe confusion to the workers as well as overtime. He explained that the building engineers make changes during construction on the site without informing the design engineers so that they can update the plans. Also, construction managers are often unaware of these changes, which means that some tasks were sometimes done in error. In addition, design engineers have made some inappropriate design changes without consulting construction engineers, causing them to be re-worked more than once.
Also, after extensive investigations, the Western Power administration received notifications from government oversight agencies that two essential parts of the first phase of the project did not meet government standards and had to be rebuilt. When the administration also learned that the project was six months behind schedule, and there was an additional 10% cost to the budget, it fired the project manager.
If you are appointed as a new project manager. What actions will you take to better address problems and control this project?
In: Operations Management
You are a manager at Marée Rouge Cosmetics International for five years now. When you first began at Marée Rouge, there was a marked lack of communication between the product development and marketing departments, and a good bit of distrust or actual hostility between members of these departments. Why these problems existed was not clear, and often even people in long-standing feuds seemed to have forgotten the original causes of these disputes. While these conflicts did not prohibit professional working relationships, it was obvious that they were hurting the overall operational effectiveness of two departments that needed to work closely together. About three years ago, Marée Rouge leased a new building and was able to house the two departments on the same floor while also giving all areas greater office space. (In the old building, the departments had been housed on separate floors.) Largely due to the greater physical interactions between the departments, you have seen a marked improvement in the communications and work relationships between departmental members. Now there is a strong working relationship between the two areas, and this relationship has lead to faster product development and deployment as well as the initiation of several innovative (and strong selling) new products. However, partly due to this improved firm performance and revenues, Marée Rouge has increased its workforce and needs to find new office space. Currently, the company is looking at a small office park location where each of the major areas can be housed in separate facilities. The office park is beautiful, is located more centrally to most workers’ homes, will be far more comfortable than the existing location, and provides easy access to major suppliers and customers. However, you worry that physically separating the two divisions will destroy their current strong working relationship and may even lead to the same problems that existed before between the divisions. While you know that the move has already been decided on by top management, you feel sure that they will be willing to listen to well thought out suggestions for maintaining the good relationship between the divisions. In order to develop such relationships, you have asked some of your colleagues to help you draft an overview of the situation and suggested methods for avoiding problems. Instructions: Develop a presentation to detail your desired goals for the move, what potential problems you see the new physical location creating, and suggestions for preventing (or reducing) these potential problems. Use all appropriate chapter concepts in developing this presentation. Also, due to the nature of the link between organizational design and organizational behavior, you should draw upon appropriate concepts from other chapters for your answer as well. Questions: What new links did you see between organizational design and organizational behavior? What organizational behavior principles could be used to overcome problems with a given organizational design? What organizational design principles could be used to improve organizational behavior problems? Could communication technology be used to help overcome the expected organizational design problems? Why or why not?
In: Operations Management