Solution
Breakeven point in units | 23,700 |
Breakeven in sales dollars | $ 971,700 |
Working
A | Sale Price per unit | $ 41.00 |
B | Variable Cost per Unit | $ 11.00 |
C=A x B | Unit Contribution | $ 30.00 |
D | Total Fixed cost | $ 711,000.00 |
E=D/C | Breakeven point in units | 23,700 |
F= E x A | Breakeven in sales dollars | $ 971,700 |
Fanning Corporation sells products for $41 each that have variable costs of $11 per unit. Fanning's...
Fanning Corporation sells products for $26 each that have variable costs of $13 per unit. Fanning's annual fixed cost is $302,900. Required Use the per-unit contribution margin approach to determine the break-even point in units and dollars. Break-even point in units Break-even point in dollars
Benson Corporation sells products for $41 each that have variable costs of $8 per unit. Benson's annual fixed cost is $788,700 Required Use the per-unit contribution margin approach to determine the break-even point in units and dollars Answer is complete but not entirely correct Break-even point in units Break-even point in dollars 9,229 788,372
Finch Corporation sells products for $42 each that have variable
costs of $9 per unit. Finch’s annual fixed cost is
$759,000.
Required
Use the per-unit contribution margin approach to determine the
break-even point in units and dollars.
Break-even point in units Break-even point in dollars
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Q.3
Benson Corporation sells products for $35 each that have
variable costs of $9 per unit. Benson’s annual fixed cost is
$603,200.
Required
Use the per-unit contribution margin approach to determine the
break-even point in units and dollars.
Break-even point in units Break-even point in dollars
Benson Corporation sells products for $34 each that have variable costs of $9 per unit. Benson’s annual fixed cost is $590,000. Required Use the per-unit contribution margin approach to determine the break-even point in units and dollars.