49. As part of a multi-part cost-volume profit analysis problem, this item draws upon a set of data. For the forthcoming year, Horngran Manufacturing estimates sales of $80,000. The firm has a per unit sales price of $20. Variable costs for the firm are $14 per unit. The total fixed costs for the firm equal $12,000. What is the percentage margin of safety for the firm?

Group of answer choices

20%

50%

25%

40%

10%

50. As part of a multi-part cost-volume profit analysis problem, this item draws upon a set of data. For the forthcoming year, Horngran Manufacturing estimates sales of $80,000. The firm has a per unit sales price of $20. Variable costs for the firm are $14 per unit. The total fixed costs for the firm equal $12,000. What are the sales in units required to earn a $24,000 profit?

Group of answer choices

24,000 units

16,000 units

6,000 units

2000 units

4000 units

51. As part of a multi-part cost-volume profit analysis problem, this item draws upon a set of data. For the forthcoming year, Horngran Manufacturing estimates sales of $80,000. The firm has a per unit sales price of $20. Variable costs for the firm are $14 per unit. The total fixed costs for the firm equal $12,000. What are the additional sales (meaning incremental sales only) needed to exactly cover the cost of a $60,000 increase in advertising?

Group of answer choices

2000 units

10,000 units

9,000 units

20,000 units

30,000 units

52. As part of a multi-part cost-volume profit analysis problem, this item draws upon a set of data. For the forthcoming year, Horngran Manufacturing estimates sales of $80,000. The firm has a per unit sales price of $20. Variable costs for the firm are $14 per unit. The total fixed costs for the firm equal $12,000. What is the required selling price in dollars per unit necessary to achieve break-even (with no profit or changes in cost assumed) assuming that 4800 units are sold?

Group of answer choices

$16.50 per unit

$12.00 per unit

$6.00 per unit

some other amount other than those listed here

$14.50 per unit