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Chapter 22 Cost-Volume-Profit Analysis

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Page 1: Chapter 22 PPT

Chapter 22

Cost-Volume-Profit Analysis

Page 2: Chapter 22 PPT

Objective 1

Identify how changes in volume affect costs.

Page 3: Chapter 22 PPT

Variable

Fixed

Mixed

Types of Costs

Page 4: Chapter 22 PPT

Minutes Talked

To

tal L

on

g D

ista

nce

Tel

eph

on

e B

illTotal variable costs change

when activity changes.

Your total long distancetelephone bill is basedon how many minutes

you talk.

Total Variable Cost

Page 5: Chapter 22 PPT

Minutes Talked

Per

Min

ute

Tel

eph

on

e C

har

ge

Variable costs per unit do not changeas activity increases.

The cost per long distance

minute talked is constant.

For example, 10cents per minute.

Variable Cost Per Unit

Page 6: Chapter 22 PPT

Variable Costs Example

Consider Grand Canyon Railway. Assume that breakfast costs Grand

Canyon Railway $3 per person. If the railroad carries 2,000

passengers, it will spend $6,000 for breakfast services.

Page 7: Chapter 22 PPT

Variable Costs Example

0 1 2 3 4 5

$24 –

$18 –

$12 –

$6 –

– – ––

Volume(Thousands of passengers)

Tot

al V

aria

ble

C

osts

(th

ousa

nd

s)

Page 8: Chapter 22 PPT

Number of Local Calls

Mo

nth

ly B

asic

T

elep

ho

ne

Bill

Total fixed costs remain unchangedwhen activity changes.

Your monthly basic

telephone bill probably

does not change when

you make more local calls.

Total Fixed Cost

Page 9: Chapter 22 PPT

Mixed Costs

Contain fixed portion that is incurred even when facility is unused & variable portion that increases with usage.

Example: monthly electric utility charge Fixed service fee Variable charge per kilowatt hour used

Page 10: Chapter 22 PPT

Total mixed cost

Variable

Utility Charge

Activity (Kilowatt Hours)

To

tal

Uti

lity

Co

st

Fixed Monthly

Utility Charge

Mixed Costs

Page 11: Chapter 22 PPT

Relevant Range...

…is a band of volume in which a specific relationship exists between cost and volume.

Outside the relevant range, the cost either increases or decreases.

A fixed cost is fixed only within a given relevant range and a given time span.

Page 12: Chapter 22 PPT

Relevant Range

Fix

ed

Cos

ts

Volume in Units

$160,000 –

$120,000 –

$80,000 –

$40,000

0 5,000 10,000 15,000 20,000 25,000

– – –

Relevant Range

Page 13: Chapter 22 PPT

Objective 2

Use CVP analysis to compute breakeven point.

Page 14: Chapter 22 PPT

Assumptions of CVP Analysis

Expenses can be classified as either variable or fixed.

CVP relationships are linear over a wide range of production and sales.

Sales prices, unit variable cost, and total fixed expenses will not vary within the relevant range.

Page 15: Chapter 22 PPT

Assumptions of CVP Analysis

Volume is the only cost driver. The relevant range of volume is

specified. Inventory levels will be unchanged. The sales mix remains unchanged

during the period.

Page 16: Chapter 22 PPT

Contribution Margin Income Statement

Sales- Variable Costs

Contribution Margin- Fixed Costs

Operating Income

Page 17: Chapter 22 PPT

Contribution Margin Example Luis and Tom manufacture a device

that allows users to take a closer look at icebergs from a ship.

The usual price for the device is $100.

Variable costs are $70 per unit. They receive a proposal from a

company in Newfoundland to sell 20,000 units at a price of $85.

Page 18: Chapter 22 PPT

Contribution Margin Example

There is sufficient capacity to produce the order.

How do we analyze this situation? $85 – $70 = $15 contribution

margin. $15 × 20,000 units = $300,000

(total increase in contribution margin)

Page 19: Chapter 22 PPT

Contribution Margin Income Statement

Sales (20,000 x $85) $1,700,000Variable costs (20,000 x $70) (1,400,000)Contribution margin $300,000

Page 20: Chapter 22 PPT

The unique sales level at which a company earns neither a profit nor incurs a loss.

Sales – Variable Costs – Fixed Costs = 0

Computing Break-Even Point

Page 21: Chapter 22 PPT

Breakeven Point Example

Let’s look back at Luis and Tom’s manufacturing, assuming that the fixed

cost are $90,000.

Page 22: Chapter 22 PPT

Objective 3

Use CVP analysis for profit planning and graph the cost-volume-profit relations

Page 23: Chapter 22 PPT

Volume in Units

Co

sts

and

Rev

enu

ein

Do

llar

s Total fixed costs

Plot total fixed costs on the vertical axis.Preparing a CVP Chart

Total costs

Draw the total cost line with a slopeequal to the unit variable cost.

Page 24: Chapter 22 PPT

Volume in Units

Co

sts

and

Rev

enu

ein

Do

llar

s Total fixed costs

Preparing a CVP Chart

Total costs

SalesStarting at the origin, draw the sales line with a slope equal to the unit sales price.

Break-even Point

Page 25: Chapter 22 PPT

Various Sales Levels Example

What operating income is expected when sales are _____ units?

Page 26: Chapter 22 PPT

Target Operating Income Example

Suppose that our business would be content with operating income of _________________.

How many units must be sold?

Page 27: Chapter 22 PPT

Objective 4

Use CVP method to perform sensitivity analysis.

Page 28: Chapter 22 PPT

Change in Sales Price Example

Suppose that the sales price per device is _____ rather than ____

What is the revised breakeven sales in units?

Page 29: Chapter 22 PPT

Change in Variable Costs Example

Suppose that variable expenses per device are ____ instead of ____

Other factors remain unchanged.

Page 30: Chapter 22 PPT

Change in Fixed Costs Example

Suppose that fixed costs increased by $30,000.

What are the new fixed costs? What is the new breakeven point?

Page 31: Chapter 22 PPT

Margin of Safety Example

Excess of expected sales over breakeven sales.

Page 32: Chapter 22 PPT

E22-7 Atlanta Braves

$-$1,000$2,000$3,000$4,000$5,000$6,000$7,000

- 50 100 150 200 250

(in thousands)

(in

th

ou

sa

nd

s)

Revenues

Total Expense

Fixed expenseBreak even point

Profit

Loss

Break even in units = 1,200,000Break even in $ = 1,200,000 x 24 = $28,800,000

Page 33: Chapter 22 PPT

Effect of sales mix on CVP analysis.

Page 34: Chapter 22 PPT

Computing MultiproductBreak-Even Point Unit contribution margin is

replaced with contribution margin for a composite unit.

A composite unit is composed of specific numbers of each product in proportion to the product sales mix.

Sales mix is the ratio of the volumes of the various products.

Page 35: Chapter 22 PPT

The resulting break-even formulafor composite unit sales is:

Break-even pointin composite units

Fixed costsContribution marginper composite unit

=

Computing MultiproductBreak-Even Point

Page 36: Chapter 22 PPT

Windows Doors

Selling Price $200 $500 Variable Cost 125 350 Unit Contribution 75$ 150$ Sales Mix Ratio 4 1

Computing MultiproductBreak-Even Point

A company sells windows and doors. They sell 4 windows for every door.

Page 37: Chapter 22 PPT

Step 1: Compute contribution margin per composite unit.

Computing MultiproductBreak-Even Point

Windows Doors Selling Price $200 $500 Variable Cost 125 350 Unit Contribution 75$ 150$ Sales Mix Ratio Composite C/M

Page 38: Chapter 22 PPT

Break-even pointin composite units

Fixed costsContribution marginper composite unit

=

Step 2: Compute break-even point in composite units.

Computing MultiproductBreak-Even Point

Page 39: Chapter 22 PPT

Break-even pointin composite units

Fixed costsContribution marginper composite unit

=

Break-even pointin composite units

$900,000

$450 per composite unit

=

Step 2: Compute break-even point in composite units.

Computing MultiproductBreak-Even Point

Break-even pointin composite units

= 2,000 composite units

Page 40: Chapter 22 PPT

Sales CompositeProduct Mix Units UnitsWindow 4 × 2,000 = 8,000

Door 1 × 2,000 = 2,000

Step 3: Determine the number of windows and doors that must be sold to break even.

Computing MultiproductBreak-Even Point

Page 41: Chapter 22 PPT

Windows Doors Combined

Selling Price $200 $500 Variable Cost 125.00 350.00 Unit Contribution 75.00$ 150.00$ Sales Volume × 8,000 × 2,000 Total Contribution 600,000$ 300,000$ 900,000$

Fixed Costs 900,000 Income $ 0

Step 4: Verify the results.

Multiproduct Break-EvenIncome Statement