Solution:
2. Target cost per unit
= Selling price - Profit % * Selling price
= 30 - 15% * 30
= 30 - 4.5
= 25.5
Target cost per unit = 25.5 / unit
3. Variable cost per unit is 18 , 130% variable cost is
= 18 * 130%
= 23.4
Determined cost is not favourable with the cost determined on the basis of 130% of variable cost per unit. Because determined cost per unit is 25.5, and the 130% of variable cost of 18 oer unit is 23.4. so it is not favourable
4. Yes the cost based on 130% of variables cost of 18 per unit is efficient. Because determined cost is higher than 130% of variable cost of 18 per unit. Determined cost is 25.5. the cost based on 130% of 18 is 23.4.
1. Analyze this situation: XYZ Company wishes to invest $ 2,000,000 for the design, development and...
Determination of cost and price, and profitability analysis Introduction • In this activity you must complete a practice exercise on price decisions and profitability analysis. Specific instructions: 1. Carefully analyze the following hypothetical situation and answer the requirements: • The XYZ Company wishes to invest $ 2,000,000 for the design, development and production of a new blender model. Accountants determine that the price cannot exceed $ 30/unit, which is the competitive price in the market. The company wishes to generate...
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XYZ company operates in a perfectly competitive market where the current market price is $10. Currently, the firm is producing 200 units at an average variable cost of $8, and average total cost of $12 and a marginal cost of $10. (2) is the situation described above a short-run equilibrium for XYZ? Explain. (2) what is XYZ's profit loss? (2) What is XYZ's producer surplus? (2) Should XYZ continue to purchase in this situation? Explain (2) Assuming that XYZ is...
Question 14 XYZ Company uses the formula y = a + bX to predict and analyze overhead costs. In the previous year, XYZ used $1,750 per month for the a factor and $0.35 for the b factor in applying overhead. XYZ has used direct labour hours in the past, but is wondering whether overhead behaviour is more closely associated with machine hours. The following data have been generated for consideration Month Machine Hours Overhead Costs 431 477 406 490 504...
Question 14 XYZ Company uses the formula y = a + bX to predict and analyze overhead costs. In the previous year, XYZ used $1,750 per month for the a factor and $0.35 for the b factor in applying overhead. XYZ has used direct labour hours in the past, but is wondering whether overhead behaviour is more closely associated with machine hours. The following data have been generated for consideration: Month Machine Hours Overhead Costs 463 468 402 483 507...
Question XYZ Company uses the formula y = a + bx to predict and analyze overhead costs. In the previous year, XYZ used $1,750 per month for the a factor and $0.35 for the b factor in applying overhead. XYZ has used direct labour hours in the past, but is wondering whether overhead behaviour is more closely associated with machine hours. The following data have been generated for consideration: Month Machine Hours Overhead Costs 1 457 $2,799 2 462 $2,994...
XYZ Company uses the formula y = a +bX to predict and analyze overhead costs. In the previous year, XYZ used $1,750 per month for the a factor and $0.35 for the b factor in applying overhead. XYZ has used direct labour hours in the past, but is wondering whether overhead behaviour is more closely associated with machine hours. The following data have been generated for consideration: Month Machine Hours Overhead Costs 453 $2,579 478 $3,073 397 $2,432 490 $2,820...
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