Questions
General Assignment: My friend drives a 2010 Nissan Altima with ? 105,500 miles. Assuming he could...

General Assignment:

My friend drives a 2010 Nissan Altima with ? 105,500 miles. Assuming he could drive this car for up to 5 more years and then sell, calculate the equivalent uniform annual cost of ownership over the next 5 years.

Specific Instructions:

Estimate 6 costs of ownership over the next 5 years. He knows his car is aging, so at least two of your cash flows need to be gradient cash flows. Explain each of your estimates (e.g. if you estimate a salvage value, explain why). There are many sources of information about costs for cars (library, internet, local mechanics,. . . ). The more specific your information is to this car, the better.

Compute his EUAC, showing work.

Now perform a sensitivity analysis by considering if one of the factors you have estimated was either 20% higher than you estimated or 20% lower than you estimated. How will this affect your EUAC.

Identify one replacement options and calculate the same set of costs of ownership for that car.

Determine if and when you would recommend him to replace his car.

Grading

- Each of the five specific instructions is worth 20 points.

- For each 20-point instruction, 15 points are for following instructions (and correct computation)

I will check one (at random) of your sources, did you estimate 6 cash flows, were 2 of them gradients

I will check your work to see if EUAC is correct.

Discuss the role of economic analysis in the decision-making process.

Discuss what variables are missing from your analysis and why. Discuss the role uncertainty plays in this decision-making process.

“The average salvage value for a 2001 model vehicle today is $1,000.00” [Source X]

- Regardless of whether this information and source are correct, this uses no specific information about the make/model/mileage, and doesn't account for 5 more years of lost value by the end of the horizon.
2. Not showing any work, I can't follow what you did.
- THIS IS TO BE DONE IN GROUPS NO LARGER THAN 2: Vehicles have many costs of ownership, and there are many sources of information about them, so I expect different estimates from each of you. If two or more groups have very similar estimates, I'll be fairly suspicious.

In: Accounting

January 2010, Gigabyte Inc. granted 10,000 "at the money" employee stock options (i.E the exercise price...

January 2010, Gigabyte Inc. granted 10,000 "at the money" employee stock options (i.E the exercise price was equal to the stock price on the grant date.) to align the compensation of the employees with financial performance of the company, the award will vest only if cumulative revenue over the following three year reporting period is greater than $100 million and if they are still employed. as of the date of the grant, management believe it is probable that the company will achieve cumulative revenue in excess of 100 million over the next three year period.

Each award has a grand - date fair value of $15. Gigabyte's valuation professionals have indicated that if the revenue target was factored in to the fair value assessment, the grant date fair value would be $10
gigabyte adopted ASC 718. Revenue in each of the next three years was as follows:
2010 : $30 million.
2011: 30 million
2012: 40 million

Required:
1. should gigabyte use the $10 grand date fair value or the $15 grand date fair value to measure it's compensation cost? citation from ASC is required to support the conclusion.
2. over how many years should gigabyte recognize compensation cost associated with stock options? and how much, if any, should be recognized in each off those years? the effects of forfeitures and income taxes should be ignored. citation from ASC is required to support the answer.
3. how would the year 2 accounting change if management determined that the performance condition of cumulative revenue in excess of $100 million over the three year period was improbable of achieving on Dec 31, 2011? what would be the cumulative amount of compensation cost recognized? Citation from ASC is required to support your conclusion

In: Accounting

Consider a portion of monthly return data (In %) on 20-year Treasury Bonds from 2006–2010. Date...

Consider a portion of monthly return data (In %) on 20-year Treasury Bonds from 2006–2010.

Date Return
Jan-06 5.12
Feb-06 4.14
Dec-10 5.47
Date Return
ene-06 5.12
feb-06 4.14
mar-06 4.68
abr-06 5.25
may-06 5.35
jun-06 3.64
jul-06 4.68
ago-06 4.65
sep-06 3.55
oct-06 3.55
nov-06 4.3
dic-06 3.54
ene-07 3.8
feb-07 3.98
mar-07 4.33
abr-07 4.69
may-07 5.37
jun-07 4.74
jul-07 5.17
ago-07 3.22
sep-07 4.97
oct-07 5.13
nov-07 3.35
dic-07 3.86
ene-08 4.06
feb-08 4.64
mar-08 4.83
abr-08 5.06
may-08 5.46
jun-08 5.22
jul-08 4.29
ago-08 4.79
sep-08 5.45
oct-08 4.85
nov-08 3.54
dic-08 4.9
ene-09 3.6
feb-09 4.48
mar-09 3.51
abr-09 3.72
may-09 4.24
jun-09 4.36
jul-09 5.17
ago-09 3.25
sep-09 4.74
oct-09 5.03
nov-09 5.44
dic-09 3.55
ene-10 4.21
feb-10 5.27
mar-10 5.07
abr-10 3.7
may-10 4.65
jun-10 4.21
jul-10 4.38
ago-10 4.29
sep-10 4.93
oct-10 4.48
nov-10 3.32
dic-10 5.47

Estimate a linear trend model with seasonal dummy variables to make forecasts for the first three months of 2011. (Round intermediate calculations to at least 4 decimal places and final answers to 2 decimal places.)

Year Month yˆt
2011 Jan
2011 Feb
2011 Mar

In: Statistics and Probability

Happy Valley Homecare​ Suppliers, Incorporated​ (HVHS), had $ 10.6 million in sales in 2010. Its cost...

Happy Valley Homecare​ Suppliers, Incorporated​ (HVHS), had $ 10.6 million in sales in 2010. Its cost of goods sold was $ 4.24 ​million, and its average inventory balance was $ 1.81 million.

a. Calculate the average number of days inventory outstanding ratios for HVHS.

b. The average number of inventory days in the industry is 73 days. By how much must HVHS reduce its investment in inventory to improve its inventory days to meet the​ industry? ​(Hint: Use a​ 365-day year.)

In: Finance

Biological Role of Nardonella Endosymbiont in Its Weevil Host. (Kuriwada et al 2010). Find online to...

Biological Role of Nardonella Endosymbiont in Its Weevil Host.

(Kuriwada et al 2010). Find online to answer.

http://journals.plos.org/plosone/article?id=10.1371/journal.pone.0013101

(in your own words):

1. the research question / hypothesis of the paper.

  

2. Explain the significance of the data shown in Table 1, with regard to the methodology behind the experiments

  

3. Summarize the results and significance of Figure 3.

  

4. Did the authors actually demonstrate what is suggested in the title of the paper?

  

5. With regard to the weevils, is the relationship obligate or facultative, is the transmission of bacteria between generations horizontal or vertical, and what is the level of specificity between host and bacteria?

6. Describe a future experiment that should be conducted in order to follow up on outstanding questions that pertain to the subject of the

In: Biology

Question 4 (attribution rule) Martha purchased 10,000 common shares in 2010 of SENEDGE INC, a CCPC...

Question 4 (attribution rule)

Martha purchased 10,000 common shares in 2010 of SENEDGE INC, a CCPC at $12 per share. Martha gifts her husband 5000 shares and her 14 year old daughter 5000 common shares in 2012, when the common share FMV was $13. Near the end of Dec 2015, SENEDGE INC gave out dividends $1 for each share. The husband and daughter both sell all their shares in 2016 at $16 Determine the taxable income to each individual for each case, write nil if zero

A) Common shares gifted

B) Dividends received 2015

C) Shares sold at 2016

A) Martha Husband Daug hter

B)

C)

In: Accounting

Year Population in Millions GDP in Trillions of US$ 2014 318.86 16.29 2011 311.72 15.19 2010...

Year Population in Millions GDP in Trillions of US$
2014 318.86 16.29
2011 311.72 15.19
2010 309.35 14.94
2009 306.77 14.54
2008 304.09 14.58
2006 298.38 14.72
2004 292.81 13.95
2003 290.11 13.53
2002 287.63 12.96
2001 284.97 12.71
2000
1999 279.04 12.32
1998 275.85 11.77
1990 249.62 8.91
1989 246.82 8.85
1987 242.29 8.29
1986 240.13 7.94
1985 237.92 7.71
1984 235.82 7.4
1982 231.66 6.49
1981 229.47 6.59
1980 6.5
1979 225.06 6.5
1977 220.24 6.02
1976 218.04 5.73
1975 215.97 5.49
1973 211.91 5.46
1972 209.9 5.25
1964 191.89 3.78
1963 189.24 3.6
1962 186.54 3.42
1961 183.69 3.28
1959 177.83 3.06
1958 174.88 2.92
1957 171.98 2.85
1956 168.9 2.84
1954 163.03 2.61
1953 160.18 2.54
1952 157.55 2.53
1951 154.88 2.4
1950 152.27 2.27
1949 149.19 2
1948 146.63 2.04
1947 144.13 1.96

Answer the following question using R:

(a) Use linear regression to estimate the GDP of the missing years 1955 and 1960. Use the Population estimate for the missing years found using M1.

(b) Create a new data frame showing Population and GDP from 1947 to 1964 including the values for 1955 and 1960 predicted by regression models M1 and M2.

(c) Use this data frame (b) to plot the GDP and Population in a scatter plot for the years 1947 -1964, clearly marking the missing years in the original data

In: Economics

2011 2010 Difference Operating Investing Financing ASSETS: Current Assets Cash and equivalents $ 2,291.1 $ 2,133.9...

2011

2010

Difference

Operating

Investing

Financing

ASSETS:

Current Assets

Cash and equivalents

$ 2,291.1

$ 2,133.9

157.2

0

0

0

Short-term investments

   1,164.2

      642.2

522

-522

Account receivable

   2,883.9

   2,795.3

88.6

-88.6

Inventory

   2,357.0

   2,438.4

-81.4

81.4

Prepaid expenses and other assets

      765.6

      602.3

163.3

-163.3

Deferred income taxes, net

     272.4

      227.2

45.2

-45.2

Total Current Assets

$ 9,734.0

$ 8,839.3

894.7

Property and equipment, gross

   4,255.7

   4,103.0

152.7

-152.7

Accumulated depreciation

(2,221.9)

(2,298.0)

76.1

76.1

Property and equipment, net

$ 1,957.7

$ 1,891.1

66.6

Identifiable intangible assets

      467.4

      743.1

-275.7

275.7

Good will

      193.5

      448.8

255.3

255.3

Deferred income taxes and other assets

      897.0

    520.4

376.6

-376.6

Total Assets

$13,249.6

$12,442.7

806.9

0

Liabilities and Stockholders’ Equity

0

Current Liability :

0

Current portion of long-term debt

$       32.0

$          6.3

25.7

25.7

Note Payable

        342.9

       177.7

165.2

165.2

Account Payable

     1,031.9

    1,287.6

-255.7

-255.7

Accrued liabilities

     1,783.9

    1,761.9

22

22

Income taxes payable

          86.3

          88.0

-1.7

-1.7

Total Current Liabilities

$   3,277.0

$ 3,321.5

-44.5

Long term debt

        437.2

       441.1

-3.9

-3.9

Deferred taxes and other long-term liabilities

        842.0

       854.5

-12.5

-12.5

Total Liabilities

$ 4,556.2

$ 4,617.1

-60.9

Redeemable preferred stock

$         0.3

$        0.3

0

0

Common Shareholders’ Equity

0

Common stock

           2.8

           2.8

0

0

0

0

Capital in excess of stated value

$ 2,781.4

$ 2,497.8

283.6

Retained earnings

    5,451.4

   5,073.3

378.1

378.1

Accumulated other comprehensive income

       367.5

      251.4

116.1

0

0

0

Total Common Shareholders’ Equity

$ 8,693.1

$ 7,825.3

867.8

Total Liabilities and Shareholders’ Equity

$13,249.6

$12,442.7

806.9

I need a paragraph analysis/summaryhe results of this income statement using the indirect method.

In: Accounting

(TCO D) On January 1, 2010, Ellison Co. issued 8-year bonds with a face value of...

(TCO D) On January 1, 2010, Ellison Co. issued 8-year bonds with a face value of $1,000,000 and a stated interest rate of 6%, payable semiannually on June 30 and December 31. The bonds were sold to yield 12%. Table values are:

Present value of 1 for 10 periods at 10% .386
Present value of 1 for 10 periods at 12% .322
Present value of 1 for 20 periods at 5% .377
Present value of 1 for 20 periods at 6% .312
Present value of annuity for 10 periods at 10% 6.145
Present value of annuity for 10 periods at 12% 5.650
Present value of annuity for 20 periods at 5% 12.462
Present value of annuity for 20 periods at 6% 11.470


Instructions:

Calculate the issue price of the bonds.

Without prejudice to your solution in Part (a), assume that the issue price was $884,000. Prepare the amortization table for 2011, assuming that amortization is recorded on interest payment dates.

In: Accounting

TORENTO CONSTRUCTION: ETHICAL CONTRACTING On December 27, 2010, Cary Holmes, manager of the Supply Chain Management...

TORENTO CONSTRUCTION: ETHICAL CONTRACTING

On December 27, 2010, Cary Holmes, manager of the Supply Chain Management (SCM) group at Torento Construction Inc. (NCG), was in his office in Torento, Ontario, trying to organize the thoughts running through his head as a result of a recent bidding to save operating costs at NCG. There was no problem in terms of the final outcome; in fact, the bid was going to result in cost savings of 25 per cent, which was exactly what NCG’s founder and chief executive officer (CEO), Michael Wells, had asked for. The problem was that the cost savings represented only part of the story: He wondered whether the process to achieve the savings was unethical. As he gazed out of his office window, Holmes reflected on the series of events that had occurred over the previous few weeks.

INDUSTRY OVERVIEW

The construction industry’s main activities came from the construction of buildings, houses, and other engineering projects (e.g., utility systems and highways). The sector also involved the maintenance of infrastructure. Much of the work in the industry was done through contracts with the owners of construction projects, or through subcontracts with other smaller construction companies. In 2008, construction projects put in place within the Canada peaked at US$2.32 trillion.1The industry employed workers in a wide variety of positions, including labourers, carpenters, and electricians. During times of economic growth, both the private and the public (e.g., federal, state, and municipal government projects) portions of the construction industry flourished. The Global Financial Crisis and Industry Downturn Like many industries worldwide, the Canada construction industry experienced a drastic and unprecedented decline following the financial crisis and recession in the late 2000s. Economists agreed that the economic 1 All currency amounts are in US$ unless otherwise specified; FMI Corporation, CANADA Markets Construction Overview 2016, 2015, 2, accessed January 17, 2017, www.smacna.org/docs/default-source/business-management/fmi-s-2016-u-smarkets- construction-overview.pdf. downturn that began in 2008 was the most severe since the Great Depression of the 1930s, and the effects of the crisis were felt across the world.2 The financial crisis was triggered primarily by the subprime home mortgage industry, which saw high default rates due to misdirected regulation and aggressive lending practices; these events resulted in the near-collapse of many banks and other financial institutions, government bailouts across multiple industries, plummeting stock markets, unemployment, declines in consumer wealth, and the widespread collapse of businesses.3The construction industry was far from immune to the fallout of the crisis. In fact, in the Canada, construction was the industry that suffered the most during this period: the 568,000 job lossesin thissector comprised one-third of all Canada jobs lost in 2008. Before the crisis, Ontario province had been a hotbed of construction activity, powered by the constant building and maintenance of the hotels, casinos, and infrastructure of its largest city, Torento. With the economic downturn, Torento developersshifted their focusfrom the expansion of projectsto cost cutting. Jobs were shed, contracts delayed, and projects downsized. Keeping operations as lean as possible became the new priority for the few ongoing projects and operations in the surrounding desert.4 From October 2008 to October 2009, construction in Torento dropped 92 per cent, and the city saw its unemployment rate increase from 0.4 per cent to 8.0 per cent by November 2009.5With the sharp downturn of the construction industry, the rest of Torento’s economy sagged, sinking to levels last observed in the 1980s. Despite this dramatic decline, the more optimistic of the city’s builders and hoteliers pressed forward with their existing plans, with a renewed emphasis on efficiency and lean operations. In the new economic environment, cost cutting was the key to survival.

TORENTO CONSTRUCTION INC.

Founded in 2000 and headquartered in Torento, NCG was a medium-sized construction firm that employed approximately 1,000 people. The company focused primarily on construction work as main contractors for multiple projects on “the Torento Strip” (a central stretch of road known for its concentration of hotels and casinos) and surrounding areas. Only six years after it was founded, NCG went public and began trading on the Canada Stock Exchange. The firm showed strong growth after completing a number of acquisitions of smaller construction companies in Ontario, Qeubec, and British Colombia. In spite of the industry-level downturn, NCG actually found itself in better shape than many other Ontariobased construction firms. As of December 2009, due to its outstanding balance sheet and effective hedging strategy, NCG’s stock price dropped by only 11 per cent compared to the previous year, while comparable firms’ stocks had dropped over 45 per cent. With a number of long-term construction contracts on the horizon, NCG was in a good position to survive the economic downturn. Accordingly, although business was not exactly thriving at NCG, there were some reasons to be optimistic. As a lean, dynamic company that had focused on technological advancements, acquisitions ofsmaller firms, and an aggressive approach to acquiring new clients, NCG looked as though it might even be able to profit from the losses of rival companies who found themselves in worse situations. Rumours began to surface about NCG making another acquisition. However, this mood of optimism did not last. By December 2009, the few multibillion-dollar projects that had promised to provide employment for the construction firms in Torento had either been cancelled, put on hold, or scaled down. The financial crisis showed no signs of being relieved in the Canada, and the outlook for the survival of Ontario’s construction firms was grim. It was at this point that Wells (NCG’s CEO) called an emergency meeting with NCG’s SCM group.

THE MEETING

Although he was not quick to anger, Wells was angry now. Sitting at the head of a long, wooden conference room table, he clenched his fists and pounded the table, emphasizing the gravity of the situation that his company was facing. Sitting around the table and witnessing this display of anger were the five members of NCG’s small SCM team; most of them were both young and relatively inexperienced. The team included the SCM manager, Holmes; two specialists, Matt Daniels and Tory Falk; and two analysts, Michelle Grover and Sean Nichols. Holmes had been with NCG for four years. He was chosen to lead the SCM group when it was created because of his 15 years of experience in managing supply chains and logistics—including managing the contracts and relationships with subcontractors—at various other construction firms in Torento. In contrast, the other team members had considerably less experience. The two specialists, Daniels and Falk, had only recently graduated from business programs at prestigious universities in the Canada, and the analysts, Grover and Nichols, had had little experience in supply chain management before being transferred to the SCM group from other business units within NCG. Nevertheless, although their tenures with NCG had been relatively brief, the members of the SCM team had made small but consistent progress throughout the economic downturn in lowering costs among the company’s various internal business groups. Unfortunately, this progress did not meet Wells’ expectations. “It’s not good enough!” the CEO exclaimed. “We’re looking at a large-scale economic downturn here! The current market is not sustainable for us. If we are to meet our targets with the current budget, we need to see at least 25 per cent reductionsin our capital and operating costs. Basically, we need to be in survival mode!” Holmes, who was never one to shy away from a challenge, understood his boss’s request completely. He looked around the table at the different members of his team. His gaze was met with looks of shock and awe. He then turned to lock eyes with the CEO, stating, “You can count on us, Wells. We will find a way and you will get the result. I know it will not be easy, but we will try our best. Please, give us some time.”

THE BIDDING

Since the meeting with Wells, Holmes and his team had been working as hard as they could, and they were producing very impressive results for NCG. They were seeing compliance with a mass letter that they had sent out asking for cost concessions from their vendors. In addition, the team members were executing bids and requests for proposals that resulted in reduced rates, increased discounts, and greater efficiencies. The young team was operating at a level that Holmes had not thought possible given the limited number of employees he had at his disposal. Yet the daunting target that the team members had to meet always seemed to overshadow the progress they made. A 25 per cent reduction in all costs contributing to capital and operating expenditures was almost unheard of; they still needed to cut more. Holmes thought that there was one particular expense category that had been left untouched by the SCM group: costs of subcontracting. The construction industry relied heavily on subcontractors, especially when the project required additional labour that exceeded a company’s capacity. Project companies like NCG acted as the main contractor, and these firms then subcontracted plumbers, carpenters, electricians, landscapers, drywallers, painters, roofers, and flooring specialists. Holmes had long been looking for an opportunity to scrutinize this category, because he felt that NCG was not fully attentive to the potential cost savings of re-evaluating its subcontractors. A single manager who coordinated with three of the company’s subcontractors was in charge of organizing the acquisition of outside labour that NCG used for its large projects. This manager, Bernie Miror, was essentially responsible for sourcing the subcontracting servicesthat NCG used. Miror had been with NCG for seven years and was a fast riser within the company ranks. He felt that his management was contributing to the company’s overall efficiencies and success on the projects it had completed in Torento. Miror knew the CEOs of the three subcontracting companies that NCG used on a first-name basis. He played golf with them in a company tournament every year, and received bottles of wine from them as Christmas gifts. Therefore, when Holmes called him about helping with cost reductions for his department, Miror politely reassured him by saying, “No, I can handle it. Just give me some time.” Miror hung up the phone, and subsequently called his friend, who happened to be the head of the largest labour service company in Ontario. The conversation initially consisted of a few friendly jokes and updates about each other’sfamilies. Finally, Miror brought up the topic of cost reductions. The call concluded with Miror's counterpart throwing out a number: “I understand your concerns . . . . How does 10 per cent off the all-inclusive rate sound to you?” Miror felt that the discount was more than sufficient, and agreed immediately. He then more or less repeated the same phone call with his friends at the two other labour service companies. When Holmes received an email from Miror reporting the 10 per cent reduction in subcontracting costs, he was perplexed and annoyed. He had been asked by his CEO for a 25 per cent reduction; 10 per cent just would not suffice. It had become obvious that Miror was not using proper techniques in negotiating with vendors, and this was negatively affecting Holmes’ cost-reduction initiative. Holmes had been preparing a bid document for the subcontracting expense category, and he had planned to send it to Wells and the other executives with Miror's help. Holmes refused to appear ineffective, so despite Miror's actions, he sent the bid document to a pre-screened group of labour service companies. All the companies included in the bid had the capability to meet NCG’s external labour demands when the company needed them. The deciding factor would be how much each company would be willing to lower the price they charged, which was critical in reducing operating costs. The bid included the three companies Miror currently used, as well as six other companies that operated in Torento and the surrounding areas. It seemed that these six other companies were excited about this new business opportunity. As the deadline for bidding approached, Holmes received nine proposals for the labour subcontracting position, six of which were not only better prepared and more thorough than the three companies NCG already worked with, but also included rates in line with Wells’ request for a 25 per cent cost reduction. Holmes was ecstatic with the results of his bid; not only was he able to finally bring about change in the subcontracting category, but he would also be able to fulfill his promises to NCG’s CEO. He felt this was a huge win for his team, and one that would eventually improve the company’s financial performance during an economic downturn. Holmes painstakingly compiled the data he had received, analyzed it, and formulated it into a recommendation. It turned out that the three companies that Miror insisted on using were asking the highest rates, at only a 10 per cent discount. In his analysis, Holmes stressed the confidential manner in which the data must be treated; the proper legal and ethical procedure was not to disclose any information about the other participants’ submissions. Once he was satisfied with the document, Holmes sent Miror the final copy, along with a request to meet to discuss plans to switch from using the three current labour providers to any of the other six firms that had submitted better bids. New Proposals The following day, Holmes received an email from Miror. The email contained new proposals from the three companies that had submitted bids with the highest costs. In the three new proposals, the rates had been drastically reduced to match the lower rates—surprisingly, to the exact dollar amounts—proposed by the other respondents. Yet other than the reduction in rates, the proposals had not changed much. Holmes was furious. He thought that Miror had simply looked at the document Holmes had sent him, and upon discovering that his “buddies” would be losing NCG’s business, had contacted the three executives and warned them to lower their bids. In fact, Holmessuspected that Miror had probably told them exactly how much they would need to take off the price in order to continue providing theirservicesto NCG.

Assignment Questions: 1. What facts should be considered in evaluating Miror's actions? (address at least three facts and using the case content, explain why these facts should be considered)

2. Who would be the primary and secondary stakeholders with respect to Miror's decision? ( address at least three primary and three secondary stakeholders)

3. What are the possible consequences of Miror's actions? When estimating consequences, consider the magnitude and probability of the consequences based on both short-term and long-term perspectives (see Exhibit TN-1). (list at least three consequences and explain about them as the question asks you ).

4. Are there any relevant ethical principles (other than consequentialist principles) or violations of human rights or justice involved in this decision? (at least 2 approaches)

5. In light of all of the above considerations, what do you think Holmes should do? How can NCG prevent unethical decisions in the future? (at least 4 recomandation for each one)

In: Operations Management