1. 1
Absorption and marginal costing

2. 2
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3. 3
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4. 4
Introduction
 Before we allocate all manufacturing costs
to products regardless of whether they are
fixed or variable. This approach is known
as absorption costing/full costing
 However, only variable costs are relevant
to decision-making. This is known as
marginal costing/variable costing

5. 5
Definition
 Absorption costing
 Marginal costing

6. 6
Absorption costing
 It is costing system which treats all
manufacturing costs including both the
fixed and variable costs as product costs

7. 7
Marginal costing
 It is a costing system which treats only the
variable manufacturing costs as product
costs. The fixed manufacturing overheads
are regarded as period cost

8. 8
Cost
Manufacturing cost Non-manufacturing cost
Direct
Materials
Direct
Labour
Overheads
Finished goods Cost of goods sold
Period cost
Profit and loss account
Absorption Costing
Cost
Manufacturing cost Non-manufacturing cost
Direct
Materials
Direct
Labour
Variable
Overheads
Finished goods Cost of goods sold
Period cost
Profit and loss account
Marginal Costing
Fixed
overhead

9. 9
Presentation of costs on income
statement

10. 10
Trading and profit ans loss account
Absorption costing Marginal costing
$ $
Sales X Sales X
Less: Cost of goods sold X Less: Variable cost of
Goods sold X
Gross profit X Product contribution margin X
Less: Expenses Less: variable non- manufacturing
Selling expenses X expenses
Admin. expenses X Variable selling expenses X
Other expenses X X Variable admin. expenses X
Other variable expenses X
Total contribution expenses X
Less: Expenses
Fixed selling expenses X
Fixed admin. expenses X
Other fixed expenses X
Net Profit X Net Profit X
Variable and fixed manufacturing

11. 11
Example

12. 12
A company started its business in 2005. The following information
Was available for January to March 2005 for the company that produced
A single product:
$
Selling price pre unit 100
Direct materials per unit 20
Direct Labour per unit 10
Fixed factory overhead per month 30000
Variable factory overhead per unit 5
Fixed selling overheads 1000
Variable selling overheads per unit 4
Budgeted activity was expected to be 1000 units each month
Production and sales for each month were as follows:
Jan Feb March
Unit sold 1000 800 1100
Unit produced 1000 1300 900

13. 13
 Required:
 Prepare absorption and marginal costing
statements for the three months

14. 14
Absorption costing

15. 15
January February March
$ $ $
Sales 100000 80000 110000
Less: cost of good sold ($65) 65000 52000 71500
28000 38500
Adjustment for Over-/(under)
Absorption of factory overhead 9000 (3000)
Gross profit 35000 37000 35500
Less: Expenses
Fixed selling overheads 1000 1000 1000
Variable selling overheads 4000 3200 4400
Net profit 30000 32800 30100

16. 16
Marginal costing

17. 17
January February March
$ $ $
Sales 100000 80000 110000
Less: Variable cost of good
sold ($35) 35000 28000 385500
Product contribution margin 65000 52000 71500
Less: Variable selling overhead4000 3200 4400
Total contribution margin 61000 48800 67100
Less: Fixed Expenses
Fixed factory overhead 30000 30000 30000
Fixed selling overheads 1000 1000 1000
Net profit 30000 32800 30100

18. 18
Wk1:
Standard fixed overhead rate
= Budgeted total fixed factory overheads
Budgeted number of units produced
= $30000
1000 units
= $30 units
Wk 2:
Production cost per unit under absorption costing:
$
Direct materials 20
Direct labour 10
Fixed factory overhead absorbed 30
Variable factory overheads 5
65
Back

19. 19
Wk 3:
(Under-)/Over-absorption of fixed factory overheads:
January February March
$ $ $
Fixed overhead 30000 39000 27000
Fixed overheads incurred 30000 30000 30000
0 9000 (3000)
1000*$30 1300*$30 900*$30
Wk 4:
Variable production cost per unit under marginal costing:
$
Direct materials 20
Direct labour 10
Variable factory overhead 5
35
No fixed factory overhead
Back

20. 20
Difference between absorption
and marginal costing

21. 21
Absorption costing Marginal costing
Treatment for
fixed
manufacturing
overheads
Fixed
manufacturing
overheads are
treated as product
costing. It is
believed that
products cannot be
produced without
the resources
provided by fixed
manufacturing
overheads
Fixed manufacturing
overhead are treated
as period costs. It is
believed that only the
variable costs are
relevant to decision-
making.
Fixed manufacturing
overheads will be
incurred regardless
there is production or
not

22. 22
Absorption costing Marginal costing
Value of
closing stock
High value of
closing stock will be
obtained as some
factory overheads
are included as
product costs and
carried forward as
closing stock
Lower value of
closing stock that
included the variable
cost only

23. 23
Absorption costing Marginal costing
Reported
profit
If the production = Sales, AC profit = MC Profit
If Production > Sales, AC profit > MC profit
As some factory overhead will be deferred as
product costs under the absorption costing
If Production < Sales, AC profit < MC profit
As the previously deferred factory overhead
will be released and charged as cost of goods
sold

24. 24
Argument for absorption costing

25. 25
 Compliance with the generally accepted
accounting principles
 Importance of fixed overheads for production
 Avoidance of fictitious profit or loss
 During the period of high sales, the production is
small than the sales, a smaller number of fixed
manufacturing overheads are charged and a higher
net profit will be obtained under marginal costing
 Absorption costing is better in avoiding the
fluctuation of profit being reported in marginal
costing

26. 26
Arguments for marginal costing

27. 27
 More relevance to decision-making
 Avoidance of profit manipulation
 Marginal costing can avoid profit manipulation by
adjusting the stock level
 Consideration given to fixed cost
 In fact, marginal costing does not ignore fixed costs
in setting the selling price. On the contrary, it
provides useful information for break-even analysis
that indicates whether fixed costs can be converted
with the change in sales volume

28. 28
Break-even analysis

29. 29
Definition
 Breakeven analysis is also known as cost-
volume profit analysis
 Breakeven analysis is the study of the
relationship between selling prices, sales
volumes, fixed costs, variable costs and
profits at various levels of activity

30. 30
Application
 Breakeven analysis can be used to
determine a company’s breakeven point
(BEP)
 Breakeven point is a level of activity at
which the total revenue is equal to the total
costs
 At this level, the company makes no profit

31. 31
Assumption of breakeven point
analysis
 Relevant range
 The relevant range is the range of an activity over
which the fixed cost will remain fixed in total and the
variable cost per unit will remain constant
 Fixed cost
 Total fixed cost are assumed to be constant in total
 Variable cost
 Total variable cost will increase with increasing
number of units produced

32. 32
 Sales revenue
 The total revenue will increase with the
increasing number of units produced

33. 33
Total cost
Variable cost
Fixed cost
Cost $
Sales (units)
Sales revenue
Total Cost/Revenue $
Sales (units)
Total cost
Profit
BEP

34. 34
Calculation method

35. 35
Calculation method
 Breakeven point
 Target profit
 Margin of safety
 Changes in components of breakeven
analysis

36. 36
Breakeven point

37. 37
Calculation method
 Contribution is defined as the excess of
sales revenue over the variable costs
 The total contribution is equal to total fixed
cost

38. 38
Formula
Breakeven point
Fixed cost
Contribution per unit
Sales revenue at breakeven point
= Breakeven point *selling price
=

39. 39
Alternative method:
Sales revenue at breakeven point
Contribution required to breakeven
Contribution to sales ratio
=
Breakeven point in units
Sales revenue at breakeven point
Selling price
=
Contribution per unit
Selling price per unit

40. 40
Example
 Selling price per unit $12
 Variable cost per unit $3
 Fixed costs $45000
Required:
 Compute the breakeven point

41. 41
Breakeven point in units = Fixed costs
Contribution per unit
= $45000
$12-$3
= 5000 units
Sales revenue at breakeven point = $12 * 5000 = $60000

42. 42
Alternative method
Contribution to sales ratio $9 /$12 *100% = 75%
Sales revenue at breakeven point
= Contribution required to break even
Contribution to sales ratio
= $45000
75%
= $60000
Breakeven point in units = $60000/$12 = 5000 units

43. 43
Target profit

44. 44
Formula
No. of units at target profit
Fixed cost + Target profit
Contribution per unit
=
Required sales revenue
Fixed cost + Target profit
Contribution to sales ratio
=

45. 45
Example
 Selling price per unit $12
 Variable cost per unit $3
 Fixed costs $45000
 Target profit $18000
Required:
 Compute the sales volume required to achieve
the target profit

46. 46
No. of units at target profit
Fixed cost + Target profit
Contribution per unit
=
$45000 + $18000
$12 - $3
=
= 7000 units
Required to sales revenue = $12 *7000
= $84000

47. 47
Alternative method
Required sales revenue
Fixed cost + Target profit
Contribution to sales ratio
=
$45000 + $18000
75%
=
= $84000
Units sold at target profit = $84000 /$12 = 7000 units

48. 48
Margin of safety

49. 49
Margin of safety
 Margin of safety is a measure of amount by
which the sales may decrease before a
company suffers a loss.
 This can be expressed as a number of units
or a percentage of sales

50. 50
Formula
Margin of safety
= Margin of safety
Budget sales level
*100%
Margin of safety
= Budget sales level – breakeven sales level

51. 51
Sales revenue
Total Cost/Revenue $
Sales (units)
Total cost
Profit
BEP
Margin of safety

52. 52
Example
 The breakeven sales level is at 5000 units.
The company sets the target profit at
$18000 and the budget sales level at 7000
units
Required:
Calculate the margin of safety in units and
express it as a percentage of the budgeted
sales revenue

53. 53
Margin of safety
= Budget sales level – breakeven sales level
= 7000 units – 5000 units
= 2000 units
Margin of safety
= Margin of safety
Budget sales level
= 2000
7000
= 28.6%
*100 %
*100 %
The margin of safety indicates that the actual sales can fall by
2000 units or 28.6% from the budgeted level before losses are
incurred.

54. 54
Changes in components of
breakeven point

55. 55
Example
 Selling price per unit $12
 Variable price per unit $3
 Fixed costs $45000
 Current profit $18000

56. 56
 If the selling prices is raised from $12 to
$13, the minimum volume of sales required
to maintain the current profit will be:
Fixed cost + Target profit
Contribution to sales ratio
=
$45000 + $18000
$13 - $3
= 6300 units

57. 57
 If the fixed cost fall by $5000 but the
variable costs rise to $4 per unit, the
minimum volume of sales required to
maintain the current profit will be:
Fixed cost + Target profit
Contribution to sales ratio
= $40000 + $18000
$12 - $4
= 7250 units

58. 58
Limitation of breakeven point

59. 59
Limitations of breakeven analysis
 Breakeven analysis assumes that fixed cost,
variable costs and sales revenue behave in
linear manner. However, some overhead
costs may be stepped in nature. The
straight sales revenue line and total cost
line tent to curve beyond certain level of
production

60. 60
 It is assumed that all production is sold.
The breakeven chart does not take the
changes in stock level into account
 Breakeven analysis can provide
information for small and relatively simple
companies that produce same product. It is
not useful for the companies producing
multiple products

61. 61
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