Analyzing Income under Absorption and Variable CostingVariable manufacturing costs are $86 per unit, and fixed manufacturing costs are $64,800. Sales are estimated to be 5,400 units.If an amount is zero, enter "0". Round intermediate calculations to the nearest cent and your final answers to the nearest dollar.a. How much would absorption costing operating income differ between a plan to produce 5,400 units and a plan to produce 7,200 units?Xb. How much would variable costing operating income differ between the two production plans?$X

Under variable costing only the variable cost incurred in factory is considered to be product cost…

Answered: Variable manufacturing costs are $86…

Managerial Accounting

15th Edition

ISBN:9781337912020

Author:Carl Warren, Ph.d. Cma William B. Tayler

Publisher:Carl Warren, Ph.d. Cma William B. Tayler

Chapter7: Variable Costing For Management analysis

Section: Chapter Questions

Problem 4BE

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The profit function for two products is: Profit3x12+42x13x22+48x2+700, where x1 represents units of production of product 1, and x2 represents units of production of product 2. Producing one unit of product 1 requires 4 labor-hours, and producing one unit of product 2 requires 6 labor-hours. Currently, 24 labor-hours are available. The cost of labor-hours is already factored into the profit function, but it is possible to schedule overtime at a premium of 5 per hour. a. Formulate an optimization problem that can be used to find the optimal production quantity of products 1 and 2 and the optimal number of overtime hours to schedule. b. Solve the optimization model you formulated in part (a). How much should be produced and how many overtime hours should be scheduled?
Assume that the linear cost and revenue models apply. An item costs $13 to make. If fixed costs are $1600 and profits are $5700 when 100 items are made and sold, find the revenue equation. (Let x be the number of items.)R(x) =
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1. Calculate the per-unit contribution margin of a product that has a sale price of $200 if the variable costs per unit are $65. PLEASE NOTE: The per-unit Contribution Margin will be rounded in whole dollars and shown with "$" and commas as needed (i.e. $12,345). A product has a sales price of $150 and a per-unit contribution margin of $50. What is the contribution margin ratio? PLEASE NOTE: The Contribution Margin Ratio will be shown as a percentage, shown with "%" and rounded to three decimal places (i.e. 12.3%).
What is the appropriate target selling price on this general accounting question?
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If the variable cost is P15/unit, fixed cost is 265,000; and Sales is P55. Find the BEPs, and BEPx. Use the Target Profit Analysis Equation Method. Compute for the following: • Contribution Margin Ratio • Break-Even Point in Sales • Break-Even Point in Units IMPORTANT NOTE: PLEASE REFER TO THE GIVEN LESSON. USE THE FORMULA FROM THE LESSON IN THE PHOTE ATTACHED. THANK YOU. I will give you upvote for this.
Management believes it can sell a new product for $6.50. The fixed costs of production are estimated to be $5,500, and the variable costs are $2.50 a unit. Complete the following table at the given levels of output and the relationships between quantity and fixed costs, quantity and variable costs, and quantity and total costs. Round your answers to the nearest dollar. Enter zero if necessary. Use a minus sign to enter losses, if any. Quantity Total Revenue Variable Costs Fixed Costs Total Costs Profits (Losses) 0 $ $ $ $ $ 500 $ $ $ $ $ 1,000 $ $ $ $ $ 1,500 $ $ $ $ $ 2,000 $ $ $ $ $ 2,500 $ $ $ $ $ 3,000 $ $ $ $ $ Determine the break-even level using the above table and use the Exhibit 19.5 to confirm the break-even level of output. Round your answers for the break-even level to the nearest whole number. Round your answers for the fixed costs, variable costs, total costs,…
(1)Use the graph to answer the question that follows. Based on the chart above, if the product sells at a price of $3 per unit, what is the marginal revenue product of the second unit of labor? A-$30. B-$45. C-$90. D-$120. E-Indeterminate (2)The number of units of output that a machine will produce increases, ceteris paribus. How will this change in productivity affect demand for the machine? A-Demand for the machine will increase. B-Demand for the machine will decrease. C-There will be no change in demand for the machine. D-Demand will not change, but quantity demanded will decrease. E-Demand will not change, but quantity demanded will increase.
Evaluate the quantity at which revenue equals to costs (break-even point). <use Goal seek> Assumptions: Fixed cost: 5000 Material costs per item: 2.25 Labor costs per item: 6.5 Shipping costs per 100 items: 200 Price per item: 12.99
Suppose a ceiling fan manufacturer has the total cost function C(x) = 35x + 1200 and the total revenue function R(x) = 65x. (a) What is the equation of the profit function P(x) for this commodity? P(x) = (b) What is the profit on 20 units? P(20) = Interpret your result. The total costs are less than the revenue. The total costs are more than the revenue. The total costs are exactly the same as the revenue. (c) How many fans must be sold to avoid losing money? fans

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