Using the variable cost concept, determine the selling price per unit for 30,000 units using the following data: Variable cost per unit $15 Total fixed costs $90,000 Desired profit $150,000 Round to the nearest dollar.

Use the below table to answer the following questions. Selling Price = $43.00 Fixed Cost $47,200 47, 200 47,200 57, 200 57, 200 57, 200 67,200 67,200 67,200 Required Variable Cost 15 16 17 15 16 17 15 16 17 2,200 $14,400 12, 200 10,000 4,400 2,200 (5,600) (7,800) (10,000) 3,200 $42,400 39, 200 36,000 32,400 29, 200 26,000 22,400 19, 200 16,000 Sales Volume 4,200 Profitability $70,400 66, 200 62,000 60,400 56,200 52,000 50,400 46, 200 42,000 5,200 $98,400 93,200 88,000 88,400 83,200 78,000 78,400 73,200 68,000 6, 200 $126,400 120, 200 114,000 116,400 110, 200 104,000 106,400 100, 200 94,000 a. Determine the sales volume, fixed cost, and variable cost per unit at the break-even point. b. Determine the expected profit if Franklin projects the following data for Delatine: sales, 4,200 bottles; fixed cost, $47,200; and variable cost per unit, $17. c. Franklin is considering new circumstances that would change the conditions described in Requirement b. Specifically, the company has an…

Calculate the breakeven point and contribution margin. Breakeven point 38,550 units Fixed cost $ 77,100 Contribution margin Selling price per unit $ 5 Variable cost per unit 3

Zachary Company reported the following data regarding the product it sells: 11 Sales price Contribution margin ratio Fixed costs 48 25% $336,000 Required Use the contribution margin ratio approach and consider each requirement separately. a. What is the break-even point in dollars? In units? b. To obtain a profit of $48,0000, what must the sales be in dollars? In units? c. If the sales price increases to $60 and variable costs do not change, what is the new break-even point in dollars? In units? a Break-even point in dollars Break-even point in units b. Sales in dollars Sales in units c Break-even point in dollars Break-even point in units