General Accounting At an output level of 16,500 units, you havecalculated that the degree of operatingleverage is 2.80. The operating cash flow is$63,500 in this case. Ignoring the effect oftaxes, what are fixed costs? What will theoperating cash flow be if output rises to17,500 units? What will the operating cashflow be if output falls to 15,500 units?

Step 1: Define Operating LeverageThe operating leverage measures the degree of increase in the…

Answered: At an output level of 16,500 units, you…

Principles of Accounting Volume 2

19th Edition

ISBN:9781947172609

Author:OpenStax

Publisher:OpenStax

Chapter11: Capital Budgeting Decisions

Section: Chapter Questions

Problem 4EB: Assume a company is going to make an investment in a machine of $825,000 and the following are the...

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At an output level of 40,000 units, you calculate that the degree of operating leverage is 3.19. If the output rises to 44,000 units, what will the percentage change in operating cash flow be? (Do not round intermediate calculations and enter your answer as a percent rounded to 2 decimal places, e.g., 32.16.) Percentage change in OCF
At an output level of 76,000 units, you calculate that the degree of operating leverage is 3.3. The output rises to 81,000 units. What will the percentage change in operating cash flow be? (Do not round intermediate calculations and enter your answer as a percent rounded to 2 decimal places, e.g., 32.16.) Will the new level of operating leverage be higher or lower?
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Suppose Morrison Corp.’s breakeven point is revenues of $1,100,000. Fixed costs are $660,000. Q1. Compute the contribution margin percentage. Q2. Compute the selling price if variable costs are $16 per unit. Q3. Suppose 75,000 units are sold. Compute the margin of safety in units and dollars. Q4. What does this tell you about the risk of Morrison making a loss? What are the most likely reasons for this risk to increase?
I have the following additional questions: 1) Calculate the breakeven point in dollars under the current scenario 2) Calculate the number of units to be sold if the company desires a target profit of $225,000. 3) Calculate the sales dollars if the company desires a target profit of $225,000.
Assume the following (1) total sales = $200,000 (2) breakeven sales = $120,000, and (3) total fixed expenses = $50,000. Given these three assumptions, the margin of safety is: Multiple Choice $80,000. $30,000. $70,000. $150,000.
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At an output level of 17,500 units, you have calculated that the degree of operating leverage is 3.40. The operating cash flow is $59,000 in this case. Ignore the effect of taxes. What will be the new degree of operating leverage for output levels of 18,500 units and 16,500 units? (Do not round intermediate calculations and round your answers to 2 decimal places, e.g., 32.16.) Answer is complete but not entirely correct. DOL at 18,500 units 3.40x DOL at 16,500 units 3.40X
If, Total Fixed cost OMR 40000, Selling price per unit OMR 20, and Variable cost per unit OMR 12. What will be the amount of profit if actual sales are OMR 120000?
Management believes it can sell a new product for $6.50. The fixed costs of production are estimated to be $5,500, and the variable costs are $2.50 a unit. Complete the following table at the given levels of output and the relationships between quantity and fixed costs, quantity and variable costs, and quantity and total costs. Round your answers to the nearest dollar. Enter zero if necessary. Use a minus sign to enter losses, if any. Quantity Total Revenue Variable Costs Fixed Costs Total Costs Profits (Losses) 0 $ $ $ $ $ 500 $ $ $ $ $ 1,000 $ $ $ $ $ 1,500 $ $ $ $ $ 2,000 $ $ $ $ $ 2,500 $ $ $ $ $ 3,000 $ $ $ $ $ Determine the break-even level using the above table and use the Exhibit 19.5 to confirm the break-even level of output. Round your answers for the break-even level to the nearest whole number. Round your answers for the fixed costs, variable costs, total costs,…
Consider the basic setup of the Diamond-Dybvig (1983) model. Specifically, there are three periods, denoted t = 0, 1, 2, a single consumption good, and an illiquid investment opportunity that pays gross return 1 if liquidated at t = 1, or gross return 2.2 if liquidated at t = 2. There are 500 people in the economy, each endowed with 1 unit of the consumption good at t = 0. At t = 1, exactly 200 will randomly realize that they need to consume at t = 1 (the early consumers), the remaining 300 people will need to consume at t = 2 (the late consumers). The utility derived from consumption is 1 − (1/c1) 2 for early consumers, 1−(1/c2) 2 for late consumers, where the subscript denotes the time of consumption. Suppose a bank can offer an asset that is more liquid, with gross returns Rd 1 = 1.33 and Rd 2 = 1.71 (depending on the time of liquidation). (i) Calculate the bank’s profit after t = 2. In other words, what amount of funds remains at the bank once all depositors have withdrawn? Now…
Sales Beer sales Food sales Other sales Total sales Less cost of sales Gross margin Less marketing and administrative expenses Operating profit of pursuing capital through private investors and financial insti Sales Beer sales (48% of total sales) Food sales (55% of total sales) Other sales (5% of total sales) Total sales Variable Costs Beer (15% of beer sales). Food (35% of food sales) Other (33% of other sales) Wages of employees (25% of sales) Supplies (1% of sales) Utilities (3% of sales) Other: credit card, miscellaneous (2% of sales) Total variable costs Contribution margin Fixed Costs Salaries: manager, chef, brewer Maintenance Advertising Other: cleaning, menus, miscellaneous Insurance and accounting Property taxes Depreciation $ 789,208 1,885,158 98,658 $ 1,973,000 530,738 $1,442,262 1,128,430 $ 313,832 Debt service (interest on debt) Total fixed costs Operating profit $ 789,200 1,885,158 98,650 $ 118,388 379,803 32,555 493,258 19,730 58,898 39,268 $ 135,500 30,200 28,200…

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