Sales Mix

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Sales Mix

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    Sales Mix

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    Effect of sales mix on CVP

    analysis. Unit contribution margin is replaced

    with contribution margin for a

    composite unit.A composite unit is composed of

    specific numbers of each product inproportion to the product sales mix.

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

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    The resulting break-even formulafor composite unit sales is:

    Break-even point

    in composite units

    Fixed costs

    Contribution margin

    per composite unit

    =

    Computing Multiproduct

    Break-Even Point

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    Window Doors

    Selling Price $200 $500

    Variable Cost 125 350Unit Contribution 75$ 150$

    Sales Mix Ratio 4 1

    Computing Multiproduct

    Break-Even PointA company sells windows and doors. They sell

    4 windows for every door.

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    Step 1: Compute contribution margin per

    composite unit.

    Computing Multiproduct

    Break-Even Point

    Window Doors

    Selling Price $200 $500Variable Cost 125 350

    Unit Contribution 75$ 150$

    Sales Mix Ratio 4 1

    Composite C/M $300 $150

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    Break-even point

    in composite units

    Fixed costs

    Contribution margin

    per composite unit

    =

    Step 2: Compute break-even point in

    composite units.

    Computing Multiproduct

    Break-Even Point

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    Break-even pointin composite units

    Fixed costsContribution margin

    per composite unit

    =

    Break-even point

    in composite units

    Rs.900,000

    Rs.450 per

    composite unit

    =

    Step 2: Compute break-even point in

    composite units.

    Computing Multiproduct

    Break-Even Point

    Break-even point

    in composite units

    = 2,000 composite units

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    Sales Composite

    Product 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 Multiproduct

    Break-Even Point

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    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-Even

    Income Statement

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    Case StudyMulti products Company has a sales ratio of 2:3:5 for

    models X, Y and Z respectively. Total fixed cost for

    the year are Rs 200000.The sale price, variable costand contribution margin associated with each productare as follows:

    M-X M-Y M-Z

    Sales Price 50 25 10Variable Cost 30 15 8

    Contribution 20 10 2

    Find out composited BEP and the no. of individual

    product required at B.E.P is then determined.

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    Case the no. of individual product required a

    B.E.P is then determined.

    M-X M-Y M-Z

    Sales Price 50 25 10

    Variable Cost 30 15 8Contribution 20 10 2

    Sales Mix 2 3 5

    Total contribution 40 30 10 80

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    Break-even pointin composite units

    Fixed costsContribution margin

    per composite unit

    =

    Break-even point

    in composite units

    Rs200,000

    Rs.80 per composite

    unit

    =

    Step 2: Compute break-even point in

    composite units.

    Computing Multiproduct

    Break-Even Point

    Break-even point

    in composite units

    = 2500 composite units

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    the no. of individual product required at

    B.E.P is then determined.In order to fill 2500 baskets, it will take the following Units for

    each model.

    Model X =2500 x 2=5000 unitsModel Y = 2500 x 3 = 7500 units

    Model Z = 2500 x 5 = 12500 units

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    Limiting of key factorA limiting or key factor may be defined as the factorin the activities of an undertaking, which at aparticular point in time or over a period will limit thevolume of output. Examples of limiting factors are:

    Sales

    Materials

    Labour Production capacity/machine hours

    Financial resources

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    Example:-Product A B

    Contribution per unit Rs.15 Rs.20

    Which Product will be more profitable

    A or B??

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    Contribution per unit of key factor

    Product A B

    Contribution per unit Rs.15 Rs.20

    Product B , will be more profitable

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    Contribution per unit of key factor

    Product A B

    Contribution per unit Rs.15 Rs.20

    Material required per unit 3kg 5kg

    Contr. per kg of material Rs.5 Rs.4Product A, will be more profitable

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    Limiting Key Factor-Material

    Lets take an example that the materialavailable is only 15000 kg

    A B

    No. of units that 5000 3000

    can be produced

    Contribution 65000 60000

    Product A, is more profitable

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    Problem:-

    The following particulars are extracted fromthe records of a company

    A B

    Selling Price (per unit) 100 120

    Consumption of material p.u 2kg 3Kg

    Material Cost Rs. 10 Rs. 15

    Direct Wages Rs. 15 Rs.10

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    Problem:-

    A B

    Direct Expenses 5 6

    Machine hours used p.u 3 2

    Overhead expenses p.u:

    Fixed Rs. 5 Rs. 10Variable Rs. 15 Rs. 20

    Direct wages per hour is Rs.5

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    Problem

    a) Comment on the profitability of each product (bothuse the same raw material) when:

    1. Total Sales potential in units is limited

    2. Total Sales Potential in value is limited3. Raw material is in short supply and4. Production capacity in terms of machine hours) is

    the limiting factor.

    b) Assuming raw material as the key factor, availabilityof which is 10000 kg and maximum sales potentialof each product being 3,500 units, find out theproduct mix which will yield the maximum profit

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    SolutionStatement of Marginal Cost and Contribution

    A B

    Sales Rs.100 Rs.120

    Less:- Marginal Cost

    Direct Material 10 15

    Direct Wages 15 10Direct Expenses 5 6

    Variable OHD 15 20

    45 51

    Contribution 55 69

    P/V Ratio 55% 57.5%Contribn per kg of material 27.5 23

    Contribn per machine hour 18.3 34.5

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    Comments

    1. B is more profitable as its making a largercontribution per unit as compared to A

    2. B is more profitable as its P/V ratio is more3. A is more profitable as its contribution per

    kg of material is more

    4.

    B is more profitable as it makes largercontribution per machine hour

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    Solution

    b) When Raw material is key factor.A is more profitable to produce as itscontribution per kg of material is higher thanB.

    For 3500 units of A-material consumed will be3500 x 2 kg=7000 Kg. The balance 3000 kgcan be used to produce 1000 units(3000kg/3)

    of B.Thus the product mix is 3500 units of A and

    1000 units of B