7-35 Algoritmic P and Solutio- ABC

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Industrial Engineering

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Dec 6, 2023

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docx

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Problem 7-35 Basic CVP Computations (LO 7-1, 7-2, 7-4) CollegePak Company produced and sold 60,000 backpacks during the year just ended at an average price of $20 per unit. Variable manufacturing costs were $8 per unit, and variable marketing costs were $4 per unit sold. Fixed costs amounted to $180,000 for manufacturing and $72,000 for marketing. There was no year-end work-in-process inventory. (Ignore income taxes.) Required: 1. Compute CollegePak’s break-even point in sales dollars for the year. 2. Compute the number of sales units required to earn a net income of $580,000 during the year. 3. CollegePak's variable manufacturing costs are expected to increase by 10 percent in the coming year. Compute the firm’s break- even point in sales dollars for the coming year. 4. If CollegePak’s variable manufacturing costs do increase by 10 percent, compute the selling price that would yield the same contribution-margin ratio in the coming year. Explanation: 1. Break-even point in sales dollars, using the contribution-margin ratio: Break-even point = Fixed expenses Contribution-margin ratio = $180,000 + $72,000 = $252,000 $20.00 – $8.00 – $4 0.4 $20.00 = $630,000
2. Target net income, using contribution-margin approach: Sales units required to earn income of $180,000 = Fixed expenses + Target net income Unit contribution margin = $252,000 + $180,000 = $432,000 $20.00 – $8.00 – $4 $8 = 54,000 units 3. New unit variable manufacturing cost = $8.00 × 110% = $8.80 Break-even point in sales dollars: Break-even point = $252,000 = $252,000 $20.00 – $8.80 – $4 0.36 $20.00 = $700,000 4.
Let P denote the selling price that will yield the same contribution-margin ratio: $20.00 – $8.00 – $4 = P – $8.80 – $4 $20.00 P 0.4 = P – $4.8 P 0.4 P = P – $4.8 $4.8 = 12P P = $2.5/0.12 P = $20.83 (rounded) Check: New contribution-margin ratio is: $20.83 − $8.80 − $4 = 0.39 (rounded) $20.83
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