A firm makes tow products X and Y and has a total production capacity of 9 tonnes per day, X and Y requiring the same production capacity. The firm has a permanent contract to supply as least 2 tonnes of x and at least 3 tonnes of Y per day to another company. Each tonne of X requires 20 machine-hours production time and each tonne of Y requires 50 machine-hours production time. The daily maximum possible number of machine-hours is 360. All the firm’s output can be sold, and the profit made is Rs. 80 per tonne of X and Rs. 120 per tonne of Y. It is required to determine the production schedule for maximum profit and to calculate this profit. Use graphical method to get your solution.

Mainstay Auto uses a standard part in the manufacture of several of its trucks. The cost of producing 40,000 parts is $120,000, which includes fixed costs of $60,000 and variable costs of $60,000. The company can buy the part from an outside supplier for $3.00 per unit, and avoid 30% of the fixed costs. Assume that factory space freed up by purchasing the part from an outside source can be used to manufacture another product that can be sold for $12,000 profit. If Mainstay Auto makes the part, what will its operating income be?   Select one: a. $150,000 greater than if the company bought the part b. $30,000 greater than if the company bought the part c. $30,000 less than if the company bought the part d. $54,000 greater than if the company bought the part e. $54,000 less than if the company bought the part

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Ptarmigan Company produces two products. Product A has a contribution margin of $65.00 and requires 10 machine hours. Product B has a contribution margin of $46.20 and requires 7 machine hours. Determine the most profitable product assuming the machine hours are the constraint. If required, round your answers to two decimal places. Contribution margin per machine hour: Product A $ Product B $ Product is the most profitable.

Two separate processes are being considered for manufacturing a product. Process A has fixed costs of $12,000 and variable costs of $6 per unit. Process B has fixed costs of $16,000 and variable costs of $4 per unit. a. What is the break-even quantity for the two processes (Show your work)? b. Which process would be more cost-effective for producing 1,000 units? c. Which process would be more cost-effective for producing 3,000 units?

Fogerty Company makes two products-titanium Hubs and Sprockets. Data regarding the two products follow: Direct Labor-Hours per Hubs Sprockets Unit 0.50 0.10 Annual Production 13,000 units 41,000 units Additional information about the company follows: a. Hubs require $35 in direct materials per unit, and Sprockets require $14. b. The direct labor wage rate is $10 per hour. c. Hubs require special equipment and are more complex to manufacture than Sprockets. d. The ABC system has the following activity cost pools: Activity Cost Pool (Activity Measure) Machine setups (number of setups) Special processing (machine-hours) General factory (organization-sustaining) Required: 1. Compute the activity rate for each activity cost pool. Estimated Overhead Activity Cost Hubs $ 20,790 105 Sprockets 84 Total $ 200,000 5,000 0 $ 68,000 NA NA 189 5,000 NA 2. Determine the unit product cost of each product according to the ABC system

Division A has the capacity to produce 120,000 units. The normal selling price of each unit is P80. The variable cost incurred for each unit is P42. Total direct fixed cost for the relevant range is P1,150,000. Division B can use the products of Division A as an input in its manufacturing process but is currently acquiring the said products from an outside supplier. The price per unit is P75. Total annual demand is 30,000 units.   1. Assuming sufficient capacity, what is the minimum acceptable transfer price to Division A? 2. Assuming only 22,500 excess capacity, what is the minimum acceptable transfer price to Division A? 3. Assuming no excess capacity, what is the minimum acceptable transfer price to Division A? 4. What is the maximum acceptable transfer price to Division B?

Jov Co sells three products: A, B and C. It can either make the products itself or purchase them from a subcontractor. The following information is available: Machine hours to manufacture Product A B C O 0 O 2,500 5 3 2 O 4,500 Variable cost ($) 30 20 15 For the coming period, Jov Co has received orders from its customers for 5,000 units of each product but it only has 20,000 machine hours available. What is the optimum number of units of product B which Jov Co should purchase from the subcontractor? O 5,000 Purchase cost from subcontractor ($) 40 35 20

Leach Finishing makes various metal fittings for the construction industry. Three of the fittings, models X-12, X-24, and X-30, require grinding on a patented machine of which Leach has only one. The cost of production information for the three products follow: X-12 $35 $ 20 18.0 Price per fitting Variable cost per fitting Units per hour of grinding The testing machine used for both models has a capacity of 3,230 hours annually. Fixed manufacturing costs are $496,000 annually. Required A Required B X-24 $ 51 $ 27 12.5 Required: a. Suppose that Leach Finishing can sell at most 59,200 units of any one fitting. How many units of each fitting model should Leach Finishing produce annually? b. Suppose that Leach Finishing can sell at most 18,000 units of any one fitting. How many units of each fitting should Leach Finishing produce annually? X-30 $ 70 $ 44 10.0 Complete this question by entering your answers in the tabs below. X-12 X-24 X-30 units units units Suppose that Leach Finishing can…

Division A has the capacity to produce 120,000 units. The normal selling price of each unit is P80. The variable cost incurred for each unit is P42. Total direct fixed cost for the relevant range is P1,150,000.  Division B can use the products of Division A as an input in its manufacturing process but is currently acquiring the said products from an outside supplier. The price per unit is P75. Total annual demand is 30,000 units. Assuming sufficient capacity, what is the minimum acceptable transfer price to Division A? Assuming only 22,500 excess capacity, what is the minimum acceptable transfer price to Division A? Assuming only 22,500 excess capacity and that Division A can avoid variable selling cost per unit of P4 but will incur a one-time fixed cost of P30,000 for the order, what is the minimum acceptable transfer price to Division A? Assuming no excess capacity, what is the minimum acceptable transfer price to Division A? What is the maximum acceptable transfer…