Total annual variable costs? A proposed project has estimated sale units of 2,500, give or take 2percent. The expected variable cost per unit is $12.79 and the expectedfixed costs are $17,500. Cost estimates are considered accurate withina plus or minus 3 percent range. The depreciation expense is $2,850.The sale price is estimated at $15.40 a unit, give or take 3 percent. Thecompany bases its sensitivity analysis on the expected case scenario.If a sensitivity analysis is conducted using a variable cost estimate of$13, what will be the total annual variable costs?

Explanation of Variable Cost: Variable costs are expenses that change in direct proportion to the…

Answered: A proposed project has estimated sale…

EBK CONTEMPORARY FINANCIAL MANAGEMENT

14th Edition

ISBN:9781337514835

Author:MOYER

Publisher:MOYER

Chapter11: Capital Budgeting And Risk

Section: Chapter Questions

Problem 21P

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Jeweled Outlook is analyzing a proposed project with expected sales of 9,200 units, ±4 percent. The expected variable cost per unit is $26 and the expected fixed costs are $49,000. Cost estimates are considered accurate within a range of ±5 percent. The depreciation expense is $18,300. The sale price is estimated at $52 a unit, ±3 percent. If the company conducts a sensitivity analysis using a variable cost of $27, what will be the total variable cost estimate?
1. What is sensitivity analysis? 2. Perform a sensitvity analysis on the unit sales, salvage value, and WACC for a project. Assume that each of these variables deviates from its base-case, or expected value by plus or minus 10%, 20%, and 30%.The base case value for unit sales is 150,000. Calculate NPV for each case (18 NPV in total), then draw a graph with three lines (one for unit sales, one for salvage value, and one for WACC). At the end, perform a sensitivity analysis for the project (what you have seen, what conclusions you can make?). 3. What is the primary weakness of sensitvity analysis? What are its primary advantages?
Appalachian Crafts is analyzing a project with expected sales of 18,900 units, ±2 percent. The expected variable cost per unit is $23 and the expected fixed costs are $52,000. Cost estimates are considered accurate within a range of ±1 percent. The depreciation expense is $18,400. The sale price is estimated at $54 a unit, ±2 percent. What is the total dollar difference between the revenue using the optimistic sale price versus the expected sale price?
Southern Goods is analyzing a proposed project using standard sensitivity analysis. The company expects to sell 4,500 units, ±11 percent. The expected variable cost per unit is $13 and the expected fixed costs are $12,000. Cost estimates are considered accurate within a ± 5 percent range. The depreciation expense is $5,000. The sale price is estimated at $22 a unit, ±2 percent. If the company conducts a sensitivity analysis using a variable cost of $12, what will the total variable cost estimate be? $53,625 $53,500 $54,000 $48,060 $59,940
Plentiful Products is analyzing a proposed project with expected sales of 6300 units +-5%. The expected variable cost per unit is $8 and the expected fixed costs are $22000. Cost estimates are considered accurate within a range of +-4%. The depreciation expense is $6400. The sale price is estimated at $17 per unit, +-1%. What is the sales revenue under the pessimistic case scenario? Multiple choice $107100 $125685 $94684 $106029 $100728
Assume a project has three variables: life, first cost, and annual cost. Assume there is no salvage value. For each variable there are three possible values as listed below. The firm uses an interest rate of 8 percent to evaluate engineering projects. For each variable, determine which value is "optimistic" and which is "pessimistic". The remaining value is "most likely". Compute each variable's estimated mean (using the "optimistic/most likely/pessimistic" formula) and using those computed mean values, compute the project's expected present value cost. First cost: -$480,000, -$620,000, -$860,000 Annual cost: -$75,000, -$85,000, -$110,000 Life: 8 years, 10 years, 24 years What is Expected Net Present Worth?
Suppose the MARR is 10% with probability 0.25, 12% with probability 0.50, and 15% with probability 0.25; what is the probability that Alternative A is the most economic alternative? Two investment alternatives are being considered. Alternative A requires an initial investment of $15,000 in equipment; annual operating and maintenance costs are anticipated to be normally distributed, with a mean of $5,000 and a standard deviation of $500; the terminal salvage value at the end of the 8-year planning horizon is anticipated to be normally distributed, with a mean of $2,000 and a standard deviation of $800. Alternative B requires endof-year annual expenditures over the planning horizon. The annual expenditure will be normally distributed, with a mean of $8,000 and a standard deviation of $750. Using a MARR of 15%, what is the probability that Alternative A is the most economic alternative?
Automatic Transmissions, Inc., has the following estimates for its new gear assembly project: price = $1,080 per unit; variable cost = $300 per unit; fixed costs = $4.81 million; quantity = 71,000 units. Suppose the company believes all of its estimates are accurate only to within ±16 percent. What values should the company use for the four variables given here when it performs its best-case and worst-case scenario analysis? (Do not round intermediate calculations and enter your answers in dollars, not million, rounded to the nearest whole number, e.g., 1,234,567.)
Plot a sensitivity graph for annual worth versus initial cost, annual revenue, and salvage value for the data below. Vary only one parameter at a time, each within the range of -20% to +20%. MARR is 3%/year. Project life is 4 years. Based on your graph, which parameter shows the MOST sensitivity? Initial Cost: $120,000- Annual Revenue: $25,000 - Salvage Value: $35,000 O Cannot be determined O Annual Revenue O Initial Cost O Salvage Value
None
provide both answer without fail
The estimates for a project appear in the following table: Dear optimistic most likely pessimist Fixed cost($) 250,000 250,000 250,000 Annual profit ($) 20,000 15,000 8,000 Shelf life(years) 30 30 30 Residual value($) 0 00 to. Use the range of values to calculate the heavy average of benefits. b. Using the heavy average, calculate the Equivalent Average Present Value for this project. Use a MARR of 10%. Heavy average annual benefits =$ ; Average Present Value = $ 2 points. To receive credit results have to match submitted procedures. c. Send the calculations made to arrive at the answer through the Spreadsheet icon.

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