#4 11. Why might a solution that is optimal in a model not be optimal in reality
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Question
#4 11. Why might a solution that is optimal in a model not be optimal in reality? 12. How and why are compaters an integral part of management science 10. What does the phr ily bad? high the gap be closed? What risks might there be in attempting to close the ap Problems tributors for $25 a case. Fixed costs are $80,000 and variable costs are $15 per case a. What profit or loss would result if 4,000 cases are sold? b. What profit or loss would result if 10,000 cases are solde G. What is the beeak-even volume in cases? I. The Exxoff Corporation produces an automotive lubricant that is sold to wholesl a price of $24.95. Labor and supplies cost an average of S10 per tune-up, and overbead charged to the operation is $5,000 a month. Determine: a The monthly volume needed to break even. b. The profit that would result if 375 tune-ups are performed per month. 2. The Greene Daisy Company offers a spring tune-up service for power lawn mowers 3. A company that produces cleaning products is considering a proposal to begin produc tion of a new detergent that would cost $1 a bottle to make and distribute, and retail fo $2.19 a bottle. Fixed cost for the operation would be $3,000 a wek. Assume that a output can be sold. a What would the total cost, total revenue, and profit(or loss) be for a wekly vol ume of 10,000 bottles? What is the break-even volume? 4. Fast-lube operates a chain of shops that offer a 20-minute oil change and lubrication service for passenger cars and light trucks. The shops have an overhead of $1,000 per and materials cost $5 per job, and customers are charged $19.95 for the service. Determine The number of jobs per day that a shop needs in order to cover all of its costs. b. The profit or loss that would result if 35 cars were serviced in a day. c. Suppose two workers work together in a shop and each receives $20 a day in pay and benefits plus $1 per job,customers are still charged 19.95, and material costs $3 per jot What is the break-even volume for the shop? (Hint: $20 per employee is a fixed cost.) 5· Schmaltz, Ltd. produces avarietyof specialty beverages. One of its products is made in a separate facility for which monthly rent, administrative costs, and equipment leasing is $80,000. The facility has a monthly capacity of 50,000 cases of the specialty beverage. Eight workers handle of $2,500 per month. Packaging and distribution costs are $.30 per case, and production and shipping. Each receives salary and fringe benefits ents cost $1.10 per case. The product is sold for $5.89 a case. Determine the following a The profit or loss on sales 40,000 cases. b. The break-even volume. Hint: note carefully which costs are truly variable. c. The profit or loss that would result from sales of 60,000 cases
Explanation / Answer
Answer:
The Given Datas are,
Duration - 20 min / job
Over Head expenses - $1000/day
Labour & material cost - $ 5/job
Service Price to customers - $19.95/job.
Question A. Determine the number of jobs per day that a shop need in order to cover all its cost.
Answer A. The number of jobs per day that a shop need in order to cover all its cost is 67 jobs
Explanation:
First lets arrive total cost per day,
Overhead expenses + Material & Labour cost = Total Cost i.e.,
Fixed cost + variable cost = Total Cost.
Fixed cost is whether we take up the job or not it occurs & Variable cost depends upon the amount of job.
So, determining the gross margin per job = price - cost
= $19.95- $5 =$14.45 / job.
For determining the number of jobs to cover cost = $1000/$14.45
= 66.89 Jobs , lets say 67 jobs.
And Hence, total cost is $1000 +($5*67) = $1335
total sales is $19.95 * 67 =$1336.
Question B. What is the profit or loss that would result if 35 cars were serviced in a day?
Answer B. The Loss of $476.75 would be result if 35 cars were serviced in a day
Explanation:
As explained earlier, Fixed cost + variable cost = Total Cost.
So, $1000 + ($ 5*35) = $ 1175
And total sales is , $19.95 * 35 = $698.25
Therefore, Sales - Cost = Profit / Loss
$698.25-$1175= - $476.75 (Loss).
Question C. Two workers work together with a fixed cost of $ 20 per day each & benefit of $1 per job each, material cost $3 & customers are still charges $19.95 per job. What is the break even volume of the shop?
Answer C. The break even volumne of the shop is 2.76, say 03 nos of jobs.
Explanation:
Given datas,
Fixed cost = $40 ;
Variable cost - $ 5 per job ( Labour cost= $2 per job ; material cost = $3 per job.)
So, as detailed in Question A.
So, determining the gross margin per job = price - cost
= $19.95- $5 =$14.45 / job.
For determining the number of jobs to cover cost = $40/$14.45
= 2.76 Jobs , lets say 03 jobs.
And Hence, total cost is $40 +($5*3) = $55
total sales is $19.95 * 3 =$59.85.
Thanks.
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