The CFO of Rosecurity, is planning for the company's operations next year, and he wants you to forecast the firm's additional funds needed (AFN). The firm is operating at full capacity. Data (in millions) for use in your forecast are shown below. Based on the AFN equation, what is the AFN for the coming year (in millions)? Last year's sales = $350, Last year's accounts payable = $40, Sales growth rate = 3%, Last year's notes payable = $50, Last year's total assets = $500, Last year's accruals = $30, Last year's profit margin = 3%, Target payout ratio = 57%

Research Psychologist A has been conducting a study with human subjects for nearly a year. As a result, A has come to know Participant M quite well. The study is taking longer than expected, and some of the participants are leaving the study. Because of the nature of the working relationship with the participants, Research Psychologist A and Participant M have become interested in an intimate relationship. Since neither one wants to jeopardize the progress of the study, they agree to retain only a professional relationship for the duration of the study, and then to pursue an intimate relationship once the study is completed and the results have been published.

address the ethical issues of this case and present options for resolving the ethical conflict. consider individual perceptions as well as the needs, potential, and motivation of the involved parties when positing your resolution.

Describe the ethical conflict in the scenario above.

Describe the options for resolving the ethical conflict including the interpersonal perceptions and other considerations that influence the options. (Benchmarks: Relationships, Spirit and Self-Discovery C8.2: Evaluate changes in one's ability to be perceptive of others.)

Identify the preferred option for resolving the conflict, and explain why it is the best option. How does this option address the needs, potential, and motivations of the involved parties? (Benchmarks: Relationships, Spirit and Self-Discovery C8.3: Synthesize the potential and motivations of self and others.)

Propose steps Research Psychologist A should take to avoid a similar situation in the future.

Write a javascript program that computes the total cost for a five year car lease. The program starts with a monthly leasing amount and a yearly increase in percent. The program then outputs the total amount paid for each year and the total overall cost of the lease.

Assume the market price of a 6​-year bond for Margaret Inc. is ​$775​, and it has a par value of $ 1,000. The bond has an annual interest rate of 7​% that is paid semiannually. What is the yield to maturity of the​ bond?

The yield to maturity of the bond is

WeHaul Trucking is planning its truck purchases for the coming year. It allocated $600,000 for the purchase of additional trucks, of which three sizes are available. A large truck costs $150,000 and will return the equivalent of $15,000 per year to profit. A medium-sized truck costs $90,000 and will return the equivalent of $12,000 per year. A small truck costs $50,000 and will return the equivalent of $9,000 per year. WeHaul has maintenance capacity to service either four large trucks, five medium-sized trucks, or eight small trucks, or some equivalent combination. WeHaul believes that it will be able to hire a maximum of seven new drivers for these added trucks. The company cannot spend more than one/half of the total funds it actually spends to purchase medium-sized trucks. (Hint: this is not necessarily one half of the total funds it has allocated for the purchase of additional trucks).   

You must submit your linear programming formulations and show the linear programming software solution to this problem to receive credit. If you solve this using another linear programming approach, you may submit that instead of the software solution.   

a) Formulate a linear programming model to be used for determining how many of each size of truck to purchase if the company wants to maximize its profit. Ignore the time value of money. Provide the linear programming variables, the objective function, and the constraints for the problem.

b) At optimality, how much profit will result and what is the optimal combination of trucks? You must submit your linear programming formulations and show the linear programming software solution to this problem to receive credit. If your answer is in fractional units of trucks that is acceptable – do not round to whole number of trucks.

c) Using your sensitivity analysis output, provide two sensitivity analysis interpretations. One must be for the objective function and one must be for one of the constraints. You must provide the source of your answers from the sensitivity analysis output.

d) Now suppose that there is a requirement that WeHaul must purchase at least two small trucks for each medium size truck. Also, the number of larger trucks cannot be more than the total number of medium and small trucks. Write the constraint(s) for this requirement. However, you do not need to resolve the problem.

You buy a 20-year bond with a coupon rate of 9.9% that has a yield to maturity of 10.9%. (Assume a face value of $1,000 and semiannual coupon payments.) Six months later, the yield to maturity is 11.9%. What is your return over the 6 months?

In any given year, one in three Americans over the age of 65 will experience a fall. If you have three living grandparents over the age of 65, and assuming that the probability of a fall for each grandparent is independent:

a. What is the probability that none of the three grandparents will experience a fall? Provide your answer as a decimal between 0 and 1. Hint: Your sample size is 3, what is the number of successes.

b. What is the probability that one or more grandparents will experience a fall? Provide your answer as a decimal between 0 and 1.

1,You plan to invest $50,000 at the end of year 2019, $60,000 at the end of year 2020 and $90,000 at the end of year 2021. If you earn 3.8% annual rate of return, how much will you have at the end of 2021? Round to the nearest whole dollar.

2. An investment will pay you $240,000 at the end of 10 years. At an annual rate of 15% (compounded semi-annually), what is the price of this investment today? Round to the nearest whole dollar.

a.2,446,678

b. 59,324

c. 116,447

d. 56,499

The following are several transactions of Ardery Company that occurred during the current year and were recorded in permanent (that is, balance sheet) accounts unless indicated otherwise:

The following information also is available:

Required:

Prepare journal entries to record whatever adjustments are necessary to bring the accounts up to date on December 31. Additional Instruction

How does grading work?

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GENERAL JOURNAL

Score: 178/226