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Terminal Learning Objective• Task: Calculate Total Cost And Incremental Costs Given Various Production Volumes • Condition: You are a cost advisor technician with access to all regulat

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Calculate Total Cost And

Incremental Costs

Principles of Cost Analysis and

Management

© Dale R Geiger 2011 1

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What if?

• Relationship between cost and unit of output

is neither fixed nor variable?

• There are multiple elements that affect the

cost of an output?

• A different type of cost relationship is relevant

to the decision at hand?

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Terminal Learning Objective

• Task: Calculate Total Cost And Incremental Costs Given

Various Production Volumes

• Condition: You are a cost advisor technician with access to

all regulations/course handouts, and awareness of

Operational Environment (OE)/Contemporary Operational Environment (COE)

• Standard: With at least 80% accuracy:

• Describe multivariate (mixed) and incremental costs

• Express total multivariate cost in an equation

• Graph total multivariate cost over a relevant range

• Express incremental cost in an equation

© Dale R Geiger 2011 3

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Cost Definitions

• Mixed Costs - A combination of fixed and

variable costs

Total Cost = Variable Cost + Fixed Cost

• Also known as multivariate costs

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Multivariate Cost Expressions

• Variable component:

• Variable $Cost per Unit * # Units

-Plus-• Fixed component:

• Sum of relevant costs that remain the same

regardless of units of output

© Dale R Geiger 2011 5

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Multivariate Cost Example

• Relevant cost of transporting a unit for

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Multivariate Cost Example

• Relevant cost of transporting a unit for

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Multivariate Cost Example

• Relevant cost of transporting a unit for

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Multivariate Cost Example

• Relevant cost of transporting a unit for

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Multivariate Cost Example

• Relevant cost of transporting a unit for

on-location training is $350,000

• Cost of training operations on-location runs

$20,000 per day

• What is the cost expression for Variable Cost?

• Variable cost = $20,000/day * # of days

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Multivariate Cost Example

• Relevant cost of transporting a unit for

on-location training is $350,000

• Cost of training operations on-location runs

$20,000 per day

• What is the cost expression for Variable Cost?

• Variable cost = $20,000 per day * # of days

© Dale R Geiger 2011 11

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Multivariate Cost Example

• Relevant cost of transporting a unit for

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Multivariate Cost Example

• Relevant cost of transporting a unit for

• Total Cost = Variable cost + Fixed Cost

• Total Cost = $20,000 per day * #days +

$350,000

© Dale R Geiger 2011 13

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Graph of Mixed Cost

X Axis = Number of Days

As Number of Days increases, Fixed Cost does not change

$K

$350K

14

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Graph of Mixed Cost

X Axis = Number of Days

As Number of Days increases, Variable Cost increases

$K

Variable cost for 10 days =

$20K per day * 10 days

= $200K

Variable cost for 10 days =

$20K per day * 10 days

= $200K

© Dale R Geiger 2011

15

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Graph of Mixed Cost

X Axis = Number of Days

As Number of Days increases, both Variable Cost and Total Cost increase

$K $20K per day * 10 days + Total cost for 10 days =

$350K

or $550K

Total cost for 10 days =

$20K per day * 10 days +

$350K

or $550K

$550K

16

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• What is the cost expression for Cost per Day?

• How would the graph of Cost per Day look?

• It should be a downward sloping curve that will level out above $20K

© Dale R Geiger 2011 17

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Semi-Variable Cost Example

• Sometimes the Variable Cost per unit

remains the same only for a Relevant Range

• Example: Employee Wages

• Employee’s base wage is $15 per hour

• If the employee works more than 40 hours in a week we must pay time and a half

© Dale R Geiger 2011 19

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Cost Expression for Semi Variable

• The cost expression for Total Wage Cost is:

Straight

Time Hours * Straight Time $ per Hour + Overtime Hours *

1.5

* Straight Time

$ per Hour

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Cost Expression for Semi Variable

• If the total number of hours worked is 30 and straight-time rate is $15 per hour then:

1.5

* Straight Time

$ per Hour

© Dale R Geiger 2011 21

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Cost Expression for Semi Variable

• If the total number of hours worked is 44 and straight-time rate is $15 per hour then:

1.5

*

$15 per Hour

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Graph for Total Wage Cost

X Axis = # of Hours Worked

As # Hours Worked increases, total Wage Cost increases, but not uniformly

© Dale R Geiger 2011

23

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Graph for Wage Cost per Hour

X Axis = # of Hours Worked

As # Hours Worked increases, Wage Cost per Hour remains the same for the relevant range

This is known as a Step Function

Cost per Hour for Hours 0-40 = $15 Cost per Hour for Hours 41-60 = $22.50

This is known as a Step Function

Cost per Hour for Hours 0-40 = $15 Cost per Hour for Hours 41-60 = $22.50

24

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Questions for Thought

• What about a volume discount?

• Units 1-20 cost $10 per unit

• Units 21-50 cost $9 per unit

• Units 51-100 cost $8 per unit

• How would you express this cost relationship

• In total? On a per-unit basis?

• How would the graph of each look?

• What is the cost of 16 units? Of 67 units?

© Dale R Geiger 2011 25

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Graph of Total Cost

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Graph of Unit Cost

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Cost Definition

• Incremental Costs - The increase in Total Cost

caused by increasing output by ONE unit

• Reflects the Difference between the Total Cost for a given level of output and the Total Cost

for that level plus one

• Cost Expression for Incremental Cost:

(Total Cost of # Units + 1) – (Total Cost of # Units)

© Dale R Geiger 2011 29

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Relevant Range and Fixed Cost

• Sometimes Fixed Cost remains the

same only for a relevant range

• Example : Airline Flight

• Fixed Cost of $15K per flight cover

fuel and crew regardless of number

of passengers

• The aircraft holds 150 passengers

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Graph Airline Flight Cost

X Axis = Number of passengers

As number of passengers increases, Fixed cost increases in a step-wise fashion

© Dale R Geiger 2011

31

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Incremental Cost Example

• Our airline provides a $.50 bag of peanuts and

a $.75 can of soda to each passenger

• Additional fuel cost per passenger is $8.75

• What is the cost expression for Total Cost for a single flight?

Variable Cost $10 per passenger * # passengers

+ Fixed Cost $15,000

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Incremental Cost Example

• Our airline provides a $.50 bag of peanuts and

a $.75 can of soda to each passenger

• Additional fuel cost per passenger is $8.75

• What is the cost expression for Total Cost for a single flight?

Variable Cost $10 per passenger * # passengers

+ Fixed Cost $15,000

© Dale R Geiger 2011 33

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Incremental Cost Example

• Our airline provides a $.50 bag of peanuts and

a $.75 can of soda to each passenger

• Additional fuel cost per passenger is $8.75

• What is Total Cost for 125 passengers?

$10 per passenger * 125 passengers

+

$15,000

= $27,500

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Incremental Cost Example

• Our airline provides a $.50 bag of peanuts and

a $.75 can of soda to each passenger

• Additional fuel cost per passenger is $8.75

• What is Total Cost for 125 passengers?

$10 per passenger * 125 passengers

+

$15,000

= $16,250

© Dale R Geiger 2011 35

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Incremental Cost Example

• Our airline provides a $.50 bag of peanuts and

a $.75 can of soda to each passenger

• Additional fuel cost per passenger is $8.75

• What is the Incremental cost of increasing

from 125 to 126 passengers?

• Incremental cost =

Cost of 126 psgrs – Cost of 125 psgrs($10 * 126 + $15,000) - ($10 * 125 + $15,000)

= $10

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Incremental Cost Example

• Our airline provides a $.50 bag of peanuts and

a $.75 can of soda to each passenger

• Additional fuel cost per passenger is $8.75

• What is the Incremental cost of increasing

from 125 to 126 passengers?

• Incremental cost =

Cost of 126 psgrs – Cost of 125 psgrs($10 * 126 + $15,000) - ($10 * 125 + $15,000)

= $10

© Dale R Geiger 2011

37

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Graph Airline Flight Cost

X Axis = Number of passengers

As number of passengers increases, Total Cost increases

Total Cost at 125 passengers =

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Incremental Cost Example

• Our airline provides a $.50 bag of peanuts and a

$.75 can of soda to each passenger

• Additional fuel cost per passenger is $8.75

• What is the Incremental cost of increasing from

150 to 151 passengers?

• Incremental cost =

Cost of 151 psgrs – Cost of 150 psgrs ($10 * 151 + $30,000) - ($10 * 150 + $15,000)

= $15,010

© Dale R Geiger 2011 39

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Incremental Cost Example

• Our airline provides a $.50 bag of peanuts and a

$.75 can of soda to each passenger

• Additional fuel cost per passenger is $8.75

• What is the Incremental cost of increasing from

150 to 151 passengers?

• Incremental cost =

Cost of 151 psgrs – Cost of 150 psgrs ($10 * 151 + $30,000) - ($10 * 150 + $15,000)

= $15,010

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Graph Airline Flight Cost

X Axis = Number of passengers

As number of passengers increases, Total Cost increases

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Check on Learning

• What is the generic cost expression for

incremental cost?

• If the relevant range for fixed cost is not

exceeded, incremental cost is equal to

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Other Multivariate Cost Expressions

• Some cost expressions consist of multiple

components

• Example: Cell phone plan

© Dale R Geiger 2011 43

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Cell Phone Plan Example

Base plan $35 for 500 minutes

Additional minutes $.25 per minute

Additional MB of data $.50 per MB

• What is the cost expression?

• Base plan $35 + $.25/min * additional minutes

+ data plan $10 + $.50/MB * additional MB

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Cell Phone Plan Example

Base plan $35 for 500 minutes

Additional minutes $.25 per minute

Additional MB of data $.50 per MB

• What is the cost expression?

Base plan $35 + ($.25 per min * add’l mins) + data plan $10 + ($.50 per MB * add’l MB)

© Dale R Geiger 2011 45

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Cell Phone Plan Example

Base plan $35 for 500 minutes

Additional minutes $.25 per minute

Additional MB of data $.50 per MB

• What is the cost if 400 minutes and 250 MB

are used?

$35 + ($.25/min * 0 additional minutes) +

$10 + ($.50/MB * 50 additional MB)

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Cell Phone Plan Example

Base plan $35 for 500 minutes

Additional minutes $.25 per minute

Additional MB of data $.50 per MB

• What is the cost if 400 minutes and 250 MB

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Graph of Cell Phone Cost

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Practical Exercises

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