In: Accounting
Winston Co. had two products code named X and Y. The firm had the following budget for August:
Product X | Product Y | Total | |
Sales | $286,000 | 520,000 | $806,000 |
Variable Costs | 189,800 | 218,400 | 408,200 |
Contribution Margin | $96,200 | $301,600 | $397,800 |
Fixed Costs | 50,000 | 108,000 | 158,000 |
Operating Income | $46,200 | $193,600 | $239,800 |
Selling Price per unit | $110.00 | $50.00 |
On September 1, the following actual operating results for August
were reported:
Product X | Product Y | Total | |
Sales | $360,000 | $540,000 | $900,000 |
Variable Costs | 195,000 | 216,000 | 411,000 |
Contribution Margin | $165,000 | $324,000 | $489,000 |
Fixed Costs | 50,000 | 108,000 | 158,000 |
Operating Income | $115,000 | $216,000 | $331,000 |
Units Sold | 3,000 | 9,000 |
Total industry volume for both products X and Y was estimated to be
130,000 units at the time of the budget. Actual industry volume for
the period for products X and Y was 100,000 units.
The selling price variance for Product Y is:
$90,000 favorable. |
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$43,200 unfavorable. |
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$90,000 unfavorable. |
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$35,000 favorable. |
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$50,000 unfavorable. |
Solution :- |
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Calculation of Selling Price Variance for Product 'Y' |
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Details for Product 'Y' as given in Question :- |
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Selling Price :- |
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Budgeted(Standard) |
$50 |
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Actual |
540000/90 = $60 |
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Sales Quantity:- |
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Actual |
9000 Units |
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Formula :- |
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Selling Price variance = Actual Sales × (Actual Price - Budgeted Price) |
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OR |
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Selling Price variance = (Actual Sales units × Actual Price) - (Actual Sales units × Actual Price) |
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Note: If in the above formula, the outcome is positive then it
is a favourable variance and |
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Now will put the above figures in the formula:- |
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= 9000 × ( $60 - $50) |
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= 9000×10 |
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= 90000 $ |
(Outcome is positive:Favourable) |
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