Exam 19: Capacity and Constraint Management
Why is the capacity decision important?
The capacity decision is important for several reasons.First,capacity costs represent a large portion of fixed costs.Second,a facility of the wrong size means that costs are not as low as they could be.If a facility is too large,and portions of it remain idle,the firm's costs are too high because of the higher fixed costs.If a plant is too small,costs are again higher than they might be due to inefficiencies of working in cramped and crowded spaces.Further,a facility too small may lead to lost sales,perhaps even lost markets.
A firm sells two products.Product R sells for $20;its variable cost is $6.Product S sells for $50;its variable cost is $30.Product R accounts for 60% of the firm's sales,while S accounts for 40%.The firm's fixed costs are $4 million annually.Calculate the firm's break-even point.
The contribution for product R is 70% of selling price,or 0.70;the contribution for product S is 0.40.The weighted contribution for R is .70 × .60 = .42;the weighted contribution for S is .40 × .40 = .16.The sum of the weighted contributions is 0.58.The break-even point is $4,000,000 / 0.58 = $6,896,552.
A firm is weighing three capacity alternatives: small,medium,and large job shop.Whatever capacity choice is made,the market for the firm's product can be "moderate" or "strong." The probability of moderate acceptance is estimated to be 40%;strong acceptance has a probability of 60%.The payoffs are as follows.Small job shop,moderate market = $24,000;Small job shop,strong market = $54,000.Medium job shop,moderate market = $20,000;medium job shop,strong market = $64,000.Large job shop,moderate market = -$2,000;large job shop,strong market = $96,000.Which capacity choice should the firm make?
The expected values for the three decision alternatives (capacities)are: small job shop = $42,000;medium job shop = $46,400;and large job shop = $56,800.The firm should choose the large job shop.
A fabrication company wants to increase capacity by adding a new machine.The firm is considering proposals from vendor A and vendor B.The fixed costs for machine A are $90,000 and for machine B,$75,000.The variable cost for A is $15.00 per unit and for B,$18.00.The revenue generated by the units processed on these machines is $21 per unit.If the estimated output is 5000 units,which machine should be purchased?
What is the fundamental distinction between design capacity and effective capacity? Provide a brief example.
An executive conference centre has the physical ability to handle 1,100 participants.However,conference management personnel believe that only 1,000 participants can be handled effectively for most events.The last event,although forecasted to have 1,000 participants,resulted in the attendance of only 950 participants.What are the utilization and efficiency of the conference facility?
Design capacity is the theoretical maximum output of a system in a given period under ideal conditions.
A new machine tool is expected to generate receipts as follows: $5,000 in year one;$3,000 in year two,nothing in the next year,and $2,000 in the fourth year.At an interest rate of 6%,what is the present value of these receipts? Is this a better present value than $2,500 each year over four years? Explain.
The efficiency of a factory is 75% and its utilization 50%.If effective capacity is 1000 find design capacity.
A graphic design studio is considering three new computers.The first model,A,costs $5000.Model B and C cost $3000 and $1000 respectively.If each customer provides $50 of revenue and variable costs are $20/customer,find the number of customers required for each model to break even.
A firm is about to undertake the manufacture of a product,and is weighing three capacity alternatives: small job shop,large job shop,and repetitive manufacturing.The small job shop has fixed costs of $3,000 per month,and variable costs of $10 per unit.The larger job shop has fixed costs of $12,000 per month and variable costs of $3 per unit.The repetitive manufacturing plant has fixed costs of $30,000 and variable costs of $1 per unit.Demand for the product is expected to be 1,000 units per month with "moderate" market acceptance,but 2,000 under "strong" market acceptance.The probability of moderate acceptance is estimated to be 60%;strong acceptance has a probability of 40%.The product will sell for $25 per unit regardless of the capacity decision.Which capacity choice should the firm make?
Price changes are useful for matching the level of demand to the capacity of a facility.
An organization whose capacity is on that portion of the average unit cost curve that falls as output rises
Which of the following represents an aggressive approach to demand management in the service sector when demand and capacity are not particularly well matched?
Which of the following costs would be incurred even if no units were produced?
________ cost is the cost that continues even if no units are produced.
A firm produces three products in a repetitive process facility.Product A sells for $60;its variable costs are $20.Product B sells for $200;its variable costs are $80.Product C sells for $25;its variable costs are $15.The firm has annual fixed costs of $320,000.Last year,the firm sold 1000 units of A,2000 units of B,and 10,000 units of C.Calculate the break-even point of the firm.The firm has some idle capacity at these volumes,and chooses to cut the selling price of A from $60 to $45,believing that its sales volume will rise from 1000 units to 2500 units.What is the revised break-even point?
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