Full Test Bank Cost Volume Profit Chapter 5 - Managerial Acct. 9e | Final Test Bank by Jerry J. Weygandt. DOCX document preview.
CHAPTER 5
COST-VOLUME-PROFIT
CHAPTER LEARNING OBJECTIVES
1. Explain variable, fixed, and mixed costs and the relevant range. Variable costs are costs that vary in total directly and proportionately with changes in the activity index. Fixed costs are costs that remain the same in total regardless of changes in the activity index.
The relevant range is the range of activity in which a company expects to operate during a year. It is important in CVP analysis because the behavior of costs is assumed to be linear throughout the relevant range.
Mixed costs change in total but not proportionately with changes in the activity level. For purposes of CVP analysis, mixed costs must be classified into their fixed and variable components.
2. Apply the high-low method to determine the components of mixed costs. Determine the variable costs per unit by dividing the change in total costs at the highest and lowest levels of activity by the difference in activity at those levels. Then, determine fixed costs by subtracting total variable costs from the amount of total costs at either the highest or lowest level of activity.
3. Prepare a CVP income statement to determine contribution margin. The five components of CVP analysis are (1) volume or level of activity, (2) unit selling prices, (3) variable costs per unit, (4) total fixed costs, and (5) sales mix. Contribution margin is the amount of revenue remaining after deducting variable costs. It is identified in a CVP income statement, which classifies costs as variable or fixed. It can be expressed as a total amount, as a per unit amount, or as a ratio.
4. Compute the break-even point using three approaches. The break-even point can be (a) computed from a mathematical equation, (b) computed by using a contribution margin technique, and (c) derived from a CVP graph.
5. Determine the sales required to earn target net income and determine margin of safety. The general equation for required sales is: Sales - Variable costs - Fixed costs = Target net income. Two other equations are (1) Sales in units = (Fixed costs + Target net income) ÷ Unit contribution margin, and (2) Sales in dollars = (Fixed costs + Target net income) ÷ Contribution margin ratio.
Margin of safety is the difference between actual or expected sales and sales at the break-even point. The equations for margin of safety are (1) Actual (expected) sales – Break-even sales = Margin of safety in dollars, and (2) Margin of safety in dollars ÷ Actual (expected) sales = Margin of safety ratio.
TRUE-FALSE STATEMENTS
1. An activity index identifies the activity that has a causal relationship with a particular cost.
2. Unit variable cost remains constant at various levels of activity.
3. Fixed costs remain constant in total and on a per unit basis at various levels of activity.
4. If the volume of activity increases, all costs will increase.
5. If the activity index decreases, total variable costs will decrease proportionately.
6. Changes in the level of activity will cause unit variable costs and unit fixed costs to change in opposite directions.
7. In CVP analysis, both variable and fixed costs are assumed to have a linear relationship within the relevant range of activity.
8. The relevant range of activity is the activity level where the firm will earn a net income.
9. Total costs do not change within the relevant range of activity.
10. The high-low method is used to classify mixed costs into variable and fixed components.
11. A mixed cost has both selling and administrative cost components.
12. The fixed cost component of a mixed cost is the cost of having a service available.
13. For planning purposes, mixed costs are generally grouped with fixed costs.
14. The difference between the costs at the high and low levels of activity represents the fixed cost component of a mixed cost.
15. When applying the high-low method, the unit variable cost of a mixed cost is calculated before the fixed cost component.
16. One assumption of CVP analysis is that all costs can be classified as either variable or fixed.
17. In CVP analysis, the term “cost” includes manufacturing costs as well as selling and administrative expenses.
18. The contribution margin is the amount of revenue remaining after deducting cost of goods sold.
19. The unit contribution margin is the amount that each unit sold contributes to the recovery of fixed costs and profit.
20. The contribution margin ratio is calculated by multiplying the unit contribution margin by the unit selling price.
21. Both variable and fixed costs are included in calculating the contribution margin.
22. A CVP income statement reports the contribution margin instead of gross profit.
23. Break-even point in sales dollars is the point at which total sales revenue equals total variable costs.
24. Break-even point in sales dollars is the point at which total sales revenue equals total fixed costs.
25. The break-even point in sales dollars is equal to the fixed costs plus net income.
26. If the unit contribution margin is $1 and sales are 10,000 units above the break-even point, then net income will be $10,000.
Miles Driven | Total Cost | Miles Driven | Total Cost | ||
January | 10,000 | $16,500 | March | 9,000 | $12,500 |
February | 8,000 | $14,500 | April | 7,000 | $12,000 |
Unit Selling Price | Unit Variable Costs | Unit Contribution Margin | Contribution Margin Ratio | |
1. | $300 | $165 | A. | B. |
2. | $600 | C. | $150 | D. |
3. | E. | F. | $440 | 40% |
Variable | Fixed | |
Product costs | $500,000 | $550,000 |
Selling expenses | 100,000 | 75,000 |
Administrative expenses | 80,000 | 67,000 |
Ex. 182
Sandburg Manufacturing manufactures a single product. Annual production costs incurred in the manufacturing process are shown below for the production of 2,000 units. The company’s Utilities and Maintenance costs are mixed costs. The fixed portions of these costs are $300 and $200, respectively.
Costs Incurred
Production in Units 2,000 4,000
Production Costs
a. Direct Materials $6,000 ?
b. Direct Labor 16,000 ?
c. Utilities 1,000 ?
d. Rent 3,000 ?
e. Indirect Labor 4,200 ?
f. Supervisory Salaries 1,500 ?
g. Maintenance 1,000 ?
h. Depreciation 2,500 ?
Instructions
Calculate the expected costs to be incurred when production is 4,000 units. Use your knowledge of cost behavior to determine which of the other costs are fixed or variable.
Ex. 183
Bill Braddock is considering opening a Fast ‘n Clean Car Service Center. He estimates that the following costs will be incurred during his first year of operations: Rent $9,200, Depreciation on equipment $7,000, Salaries $16,400, Motor oil $2.00 per quart. He estimates that each oil change will require 5 quarts of oil. Oil filters will cost $3.00 each. He must also pay The Fast ‘n Clean Corporation a franchise fee of $1.10 per oil change since he will operate the business as a franchise. In addition, utility costs are expected to vary with the quantity of oil changes as follows:
Quantity of Oil Changes Utility Costs
4,000 $6,000
6,000 7,300
9,000 9,600
12,000 12,600
14,000 15,000
Bill Braddock anticipates that he can provide the oil change service with a filter at $25 each.
Instructions
(a) Using the high-low method, determine the unit variable costs and total fixed costs.
(b) Determine the break-even point in quantity of oil changes and sales dollars.
(c) Without regard to your answers in parts (a) and (b), determine the oil changes required to earn a net income of $20,000, assuming fixed costs are $32,000 and the unit contribution margin is $8.
Fixed costs | = | $35,000 | = 3,500 oil changes |
Unit contribution margin | $10.00* |
Fixed costs | = | $35,000 | = $87,500 |
Contribution margin ratio | .40 |
(c) | Fixed costs + Net income | = | $32,000 + $20,000 | = 6,500 oil changes |
Unit contribution margin | $8 |
Ex. 184
Jane Botosan operates a bed and breakfast hotel in a resort area near Lake Michigan. Depreciation on the hotel is $60,000 per year. Jane employs a maintenance person at an annual salary of $41,000 and a cleaning person at an annual salary of $24,000. Real estate taxes are $10,000 per year. The rooms rent at an average price of $60 per person per night including breakfast. Other costs are laundry and cleaning service at a cost of $10 per person per night and the cost of food, which is $5 per person per night.
Instructions
(a) Determine the quantity of rentals and the sales revenue Jane needs to break even using the contribution margin technique.
(b) If the current level of rentals is 4,000, by what percentage can rentals decrease before Jane has to worry about having a net loss?
(c) Jane is considering upgrading the breakfast service to attract more business and increase prices. This will cost an additional $3 for food costs per person per night. She feels she can increase the room rate to $68 per person per night. Determine the quantity of rentals and the sales revenue Jane needs to break even if the changes are made.
Fixed costs | = | $135,000 | = 3,000 rentals |
Contribution margin per person per night | $45* |
Fixed costs | = | $135,000 | = $180,000 |
Contribution margin ratio | 75%** |
Actual rentals - Break-even point in rentals | = | (4,000 – 3,000) | = 25% |
Actual rentals | 4,000 |
Fixed costs | = | $135,000 | = 2,700 rentals |
Contribution margin per person per night | $50* |
Ex. 185
Corris Co. accumulates the following data concerning a mixed cost, using miles as the activity level.
Miles Driven Total Cost
January 10,000 $17,000
February 8,000 13,500
March 9,000 14,400
April 7,000 12,500
Instructions
Compute the unit variable costs and fixed costs using the high-low method for this mixed cost.
$17,000 – $12,500 | = $1.50 = Variable cost per mile |
10,000 – 7,000 |
Ex. 186
Moresan Co. gathered the following information on power costs and factory machine usage for the last six months:
Month Power Cost Factory Machine Hours
January $24,400 13,900
February 30,400 17,600
March 29,000 16,800
April 22,340 13,200
May 19,900 11,600
June 16,900 8,600
Instructions
(a) What is the estimated unit variable costs per factory machine hour?
(b) What is the estimated fixed power cost each month?
(c) If it is estimated that 10,000 factory machine hours will be run in July, what is the expected total power cost for July?
$30,400 – $16,900 | = | $13,500 | = $1.50 per factory machine hour |
17,600 – 8,600 | 9,000 |
Ex. 187
The Bradshaw Law Office has the following monthly telephone records and costs:
Calls Costs
2,000 $2,400
1,500 2,000
2,200 2,600
2,500 2,800
2,300 2,700
1,700 2,200
Instructions
Identify the unit variable cost and the fixed cost using the high-low method.
Ex. 188
Determine the missing amounts.
Unit Contribution Contribution
Unit Selling Price Unit Variable Costs Margin Margin Ratio
1. $300 $210 A B
2. $600 C $210 D
3. E F $360 30%
Ex. 189
Henderson Farms reports the following results for the month of November:
Sales (10,000 units) $600,000
Variable costs 420,000
Contribution margin 180,000
Fixed costs 110,000
Net income $ 70,000
Management is considering the following independent courses of action to increase net income.
1. Increase unit selling price by 5% with no change in total variable costs.
2. Reduce variable costs to 66% of sales.
3. Reduce fixed costs by $10,000.
Instructions
If maximizing net income is the objective, which is the best course of action?
Ex. 190
Marvin Co. had a net loss of $150,000 in 2021 when the unit selling price was $20, the unit variable costs were $15, and the fixed costs were $600,000. Management expects per unit data and total fixed costs to be the same in 2022. Management has set a goal of earning a net income of $75,000 in 2022.
Instructions
(a) Compute the units sold in 2021.
(b) Compute the quantity of units that would have to be sold in 2022 to reach management's desired net income level.
(c) Assume that Marvin sells the same quantity of units in 2022 as it did in 2021. What would the unit selling price have to be in order to reach the target net income? Use the mathematical equation.
(a) Units sold in 2021 = | Fixed costs – Net loss | = | $600,000 – $150,000 |
Unit contribution margin | $20 - $15 |
(b) Units sold in 2022 = | Fixed costs + Net income | = | $600,000 + $75,000 |
Unit contribution margin | $20 - $15 |
(c) Unit selling price needed in 2022 = | Variable costs + Fixed costs + Net income |
90,000 units |
Unit selling price needed in 2022 = | 90,000($15) + $600,000 + $75,000 |
90,000 units |
Ex. 191
In September, Matlock Industries sold 800 units of product. The average unit selling price was $30. During the month, fixed costs were $6,300 and variable costs were 70% of sales.
Instructions
(a) Determine the contribution margin in dollars, per unit, and as a ratio.
(b) Using the contribution margin technique, compute break-even point in sales dollars and sales units.
Ex. 192
In 2021, Stallman Co. had a break-even point in sales dollars of $800,000 based on a unit selling price of $10 and fixed costs of $200,000. In 2022, the unit selling price and unit variable costs did not change, but the break-even point in sales dollars increased to $840,000.
Instructions
(a) Compute the unit variable cost and the contribution margin ratio for 2021.
(b) Using the contribution margin ratio, compute the increase in fixed costs for 2022.
(a) Unit contribution margin = | Fixed Costs | = | $200,000 |
Break-even point in units | ($800,000 ÷ $10) |
= | $200,000 | = $2.50 |
80,000 |
Ex. 193
The CVP income statement for Bradford Machine Company for 2021 appears below.
BRADFORD MACHINE COMPANY
Income Statement
For the Year Ended December 31, 2021
——————————————————————————————————————————
Sales (40,000 units) $1,000,000
Variable expenses 700,000
Contribution margin 300,000
Fixed expenses 360,000
Net income (loss) $ (60,000)
Instructions
1. What was the company's break-even point in sales dollars in 2021?
2. How many additional units would the company have had to sell in 2022 to earn a net income of $45,000?
3. If the company reduces variable costs by $2.50 per unit in 2022 while other costs and unit revenues remain unchanged, how many units will the company have to sell to earn a net income of $45,000?
1. | $360,000 | = $1,200,000 |
30% |
2. | $360,000 + $45,000 | = $1,350,000 total sales needed |
30% |
$1,350,000 | = 54,000 total units to be sold | |
$25 |
$360,000 + $45,000 | = 40,500 units | |
$10 |
Ex. 194
Webber, Inc. developed the following information for its product:
Per Unit
Sales price $90
Variable cost 63
Contribution margin $27
Total fixed costs $1,215,000
Instructions
1. How many units must be sold to break even?
2. What is the total sales that must be generated for the company to earn a profit of $60,000?
3. If the company is presently selling 50,000 units, but plans to spend an additional $108,000 on an advertising program, how many additional units must the company sell to earn the same net income it is now making?
4. Using the original data in the problem, compute the new break-even point in sales units if the unit selling price is increased by 20%, unit variable cost is increased by 10%, and total fixed costs are increased by $236,250.
1. | $1,215,000 | = 45,000 units must be sold to break even. |
$27 |
$1,215,000 + $60,000 | = $4,250,000 total sales | |
.30 |
3. | $108,000 | = 4,000 additional units |
$27 |
$1,451,250 | = 37,500 units (rounded) is the new break-even point in units. | |
38.70 |
Ex. 195
Werth & Garza Manufacturing's sales slumped badly in 2022 due to so many people purchasing gifts online. The company's income statement showed the following results from selling 500,000 units of product: net sales $2,125,000; total costs and expenses $2,500,000; and net loss $375,000. Costs and expenses consisted of the following:
Total Variable Fixed
Cost of goods sold $2,000,000 $1,300,000 $700,000
Selling expenses 200,000 50,000 150,000
Administrative expenses 300,000 150,000 150,000
$2,500,000 $1,500,000 $1,000,000
Management is considering modifications to the cost structure for 2023. The plan includes purchasing new automated equipment that will result in the following:
An increase in total fixed costs of $375,000.
A reduction in unit variable costs of $0.75.
Unit selling price would not change from 2022.
Instructions
(a) Compute the break-even point in sales dollars for 2022.
(b) Compute the break-even point in sales dollars under the alternative course of action.
Ex. 196
Henning Co. estimates that variable costs will be 70% of sales and fixed costs will total $2,160,000. The unit selling price of the product is $10, and 750,000 units will be sold.
Instructions
Using the mathematical equation,
(a) Compute the break-even point in units and sales dollars.
(b) Compute the margin of safety in dollars and as a ratio.
(c) Compute net income.
Ex. 197
Newport News Manufacturing, Inc. has the following information available for September 2022.
Unit selling price of navigational equipment $ 400
Unit variable costs $ 280
Total fixed costs $48,000
Units sold 500
Instructions
(a) Prepare a CVP income statement that shows both total and per unit amounts.
(b) Compute Newport News break-even point in units.
Ex. 198
In June, Avante Salon gave 2,500 haircuts, shampoos, and permanents at an average unit selling price of $40. During the month, fixed costs were $20,000 and variable costs were 75% of sales.
Instructions
(a) Determine the contribution margin in dollars, per unit, and as a ratio.
(b) Using the contribution margin technique, compute the break-even point in dollars and units.
(c) Compute the margin of safety in dollars and as a ratio.
Ex. 199
Taveras Industries developed the following information for the product it sells:
Sales price $50 per unit
Variable cost of goods sold $28 per unit
Fixed cost of goods sold $650,000
Variable selling expense 10% of sales price
Variable administrative expense $2.00 per unit
Fixed selling expense $400,000
Fixed administrative expense $300,000
For the year ended December 31, 2022, Taveras produced and sold 100,000 units of product.
Ex. 199 (Cont.)
Instructions
(a) Prepare a CVP income statement using the contribution margin format for Taveras Industries for 2022.
(b) What was the company's break-even point in units in 2022? Use the contribution margin technique.
(c) What was the company's margin of safety in dollars in 2022?
Ex. 200
Gordon Manufacturing earned net income of $100,000 during 2021. The company wants to earn net income of $40,000 more during 2022. The company's fixed costs are expected to be $147,000, and variable costs are expected to be 30% of sales
Instructions
(a) Determine the required sales to meet the target net income during 2022.
Sales revenue | $ |
Variable costs | |
Contribution margin | |
Fixed costs | |
Net income | $ |
Ex. 201
Ferris, Inc. has a unit selling price of $500, unit variable cost of $300, and total fixed costs of $260,000.
Instructions
Compute the break-even point in units and sales dollars.
Ex. 202
Erickson, Inc. makes computer bags that sell for $20 each. For the coming year, management expects fixed costs to be $225,000. Variable costs are $14 per unit.
Instructions
(a) Compute the break-even point in sales dollars using the mathematical equation.
(b) Compute the break-even point in sales dollars using the contribution margin ratio technique.
(c) Compute margin of safety ratio assuming actual sales are $937,500.
(d) Compute the sales required to earn a net income of $150,000, using the mathematical equation.
Contribution Margin Ratio = | Unit Contribution Margin |
Unit Selling Price |
Break-even point in dollars = | Fixed Costs |
Contribution Margin Ratio |
Margin of Safety Ratio = | Margin of Safety in dollars |
Actual Sales |
Ex. 203
Melody Manufacturing produces a computer microphone that is sold for $20 per unit. The contribution margin ratio is 40%. Fixed expenses total $9,200.
Instructions
(a) Compute the unit variable cost.
(b) Compute how many microphones Melody Manufacturing will have to sell to break even.
(c) Compute how many microphones Melody Manufacturing will have to sell to earn a target net income of $16,200.
Ex. 204
Usher, Inc. has prepared the following cost-volume-profit graph:
Ex. 204 (Cont.)
Instructions
For the items listed below, enter to the left of the item, the letter in the graph which best corresponds to the item.
____ 1. Activity base
____ 2. Break-even point
____ 3. Dollars
____ 4. Fixed costs
____ 5. Loss
____ 6. Profit (Net income)
____ 7. Revenues
____ 8. Total costs
____ 9. Variable costs
Ex. 205
Holder Manufacturing had $125,000 of net income in 2021 when the unit selling price was $100, the unit variable costs were $70, and the fixed costs totaled $475,000. Management expects per unit data and total fixed costs to remain the same in 2022. The president of Holder Manufacturing is under pressure from stockholders to increase net income by $60,000 in 2022.
Instructions
(a) Compute the quantity of units sold in 2021.
(b) Compute the quantity of units that would have to be sold in 2022 to reach the stockholders' desired profit level.
(c) Assume that Holder Manufacturing sells the same quantity of units in 2022 as it did in 2021. What would the unit selling price have to be to reach the stockholders' desired profit level?
Units sold in 2021 = | $475,000 + $125,000 | = 20,000 units |
$100 - $70 |
(b) Units sold in 2022 = | $475,000 + $185,000* | = 22,000 units |
$100 - $70 |
(c) | $475,000 + $185,000 | = 20,000 units where X = new unit selling price |
X - $70 |
Ex. 206
Englehart, Inc. reports the following operating results for August: Sales $450,000 (units 5,000); variable costs $280,000; and fixed costs $115,000. Management is considering the following independent courses of action to increase net income.
1. Increase the unit selling price by 10%.
2. Reduce variable costs to 60% of sales.
3. Reduce fixed costs by $15,000.
Instructions
Compute the net income to be earned under each alternative. Which course of action will produce the highest net income?
Ex. 207
Keeter, Inc. earned a net income of $300,000 last year. This year it wants to earn a net income of $450,000. The company's fixed costs are expected to be $300,000, and variable costs are expected to be 70% of sales.
Instructions
(a) Determine the required sales to meet the target net income of $450,000 using the mathematical equation.
Ex. 208
Cunningham Industries reported actual sales of $2,000,000 and fixed costs of $540,000. The contribution margin ratio is 30%.
Instructions
Compute the margin of safety in dollars and the margin of safety ratio.