Please use the payback period analysis technique to analyze the cost and benefits of this project. With discount factor of 10%, the project will recover the investment in year three. please provide the numbers in the table.

The following is a list of prices for zero-coupon bonds with different maturities but same par value of $1,000: the 1-year zero bond sells at $1000, the 2-year zero bond sells at $862.57, the 3-year zero bond sells at $788.66, and the 4-year zero bond sells at $711.00. You have purchased a 4-year maturity bond with a 9% coupon rate paid annually. The bond has a par value of $1,000. What would be the price of the bond one year from now if the implied forward rates stay the same?

The following is a list of prices for zero-coupon bonds with different maturities but same par value of $1,000: the 1-year zero bond sells at $925.15, the 2-year zero bond sells at $862.57, the 3-year zero bond sells at $788.66, and the 4-year zero bond sells at $711.00. You have purchased a 4-year maturity bond with a 9% coupon rate paid annually. The bond has a par value of $1,000.

What would be the price of the bond one year from now if the implied forward rates stay the same?

Data for Cullumber Company is given below:

a. Cullumber Company has a beginning inventory in year one of $1,355,000 and an ending inventory of $1,650,000. The price level has increased from 100 at the beginning of the year to 110 at the end of year one. Calculate the ending inventory under the dollar-value LIFO method.

b. At the end of year two, Cullumber's inventory is $1,863,000 in terms of a price level of 115 which exists at the end of year two. Calculate the inventory at the end of year two continuing the use of the dollar-value LIFO method.

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Yep Company is considering investing in Project G or Project H. Project G generates the following cash flows: year “zero” = 254 dollars (outflow); year 1 = 244 dollars (inflow); year 2 = 346 dollars (inflow). Project H generates the following cash flows: year “zero” = 200 dollars (outflow); year 1 = 180 dollars (inflow); year 2 = 100 dollars (inflow). The MARR is 10 %. Compute the Internal Rate of Return (IRR) of the BEST project.

PLEASE INCLUDE FORMULAS AND DETAILED STEPS. THANK YOU

A stock was priced at $150 per share at the end of 1999. The following table shows dividends per share paid during each year and the price of the stock at the end of the year for the following four years:

year divedends paid during year stock price at end of year

2000 $3.00 $125

2001 $3.00 $150

2002 $3.50 $155

2003 $4.00$200

For each year from 2000 to 2003, calculate the dividend yield, the capital-gains yield, and the total return to the stock. Express your calculations in percentage terms

ou are evaluating two investment choices in order to fund an Indiana University endowment. Choice A is a 25 year annuity that pays $25,000 per year, with the first payment paid at the beginning of year 1. Choice B is a growing perpetuity that pays $20,000 per year & grows at 3% per year forever; The first payment is made at the end of year 2. Assume the required rate of return on both products is 10%? How much more will the growing perpetuity cost to purchase compared to the annuity ? Round your answer to the nearest whole dollar.

1. I have $500,000 in the bank now. I plan to withdraw $30,000 at the end of this year. Each subsequent end of year withdrawal will increase by 7%. If I earn 8% per year on my investments in the first 4 years, then 6% per year in the next 3 years, and 5% per year in the following 4 years,
   1. Determine how much money I will have at the end of 11 years.
   2. Determine the initial withdrawal amount at the end of this year that will leave me with no money at the end of 11 years using either Solver or Goal Seek.

Q2) A firm has a WACC of 14.77% and is deciding between two mutually exclusive projects.

Project A has an initial investment of $61.45. The additional cash flows for project A are: year 1 = $18.85, year 2 = $37.44, year 3 = $48.10.

Project B has an initial investment of $74.40. The cash flows for project B are: year 1 = $51.81, year 2 = $48.58, year 3 = $25.93. Calculate the Following:

a) Payback Period for Project A:

b) Payback Period for Project B:

c) NPV for Project A:

d) NPV for Project B: