Break-Even Point
Nicolas Enterprises sells a product for $95 per unit. The variable cost is $43 per unit, while fixed costs are $1,116,752.
Determine (a) the break-even point in sales units and (b) the break-even point if the selling price were increased to $102 per unit.
a. Break-even point in sales units | units |
b. Break-even point if the selling price were increased to $102 per unit | units |
Requirement a
A |
Sale price |
$ 95.00 |
B |
Variable cost per unit |
$ 43.00 |
C=A-B |
Unit Contribution margin |
$ 52.00 |
D |
Total fixed cost |
$ 11,16,752.00 |
E=D/C |
Break Even point in Units |
21476 |
Requirement 2
A |
Sale price |
$ 102.00 |
B |
Variable cost per unit |
$ 43.00 |
C=A-B |
Unit Contribution margin |
$ 59.00 |
D |
Total fixed cost |
$ 11,16,752.00 |
E=D/C |
Break Even point in Units |
18928 |
a. Break-even point in sales units |
21476 units |
b. Break-even point if the selling price were increased to $102 per unit |
18928 units |
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