Until recently, hamburgers at the city sports arena cost $2.50 each. The food concessionaire sold an average of 4,500 hamburgers on game night. When the price was raised to $3.00, hamburger sales dropped off to an averag of 4,000 per night. The concessionaire's fixed costs were $7,405.30 per night and the variable cost was $0.54 per hamburger. Answer the following questions (A) through (F) (A) Assume that the relationship between price p and demand x is linear. Express p as a function of x and find the domain of this function. p=(Simplify your answer.) The domain of p is (Type a compound inequality ) (B) Find the revenue function in terms of x and state its domain R(x)= (Simplify your answer) The domain of R(x) is (Type a compound inequality) (C) Assume that the cost function is linear. Express the cost function in terms of x C(x) = (Simplify your answer.) D) Graph the cost function and the revenue function in the same coordinate system. Choose the correct graph below. OA. OB. OC. ARC 12.500 ARC 12,500- OD. ARC 12,500- ARC 12,500- 7.000

Until recently, hamburgers at the city sports arena cost $2.50 each. The food concessionaire sold an average of 4,500 hamburgers on game night. When the price was raised to $3.00, hamburger sales dropped off to an averag of 4,000 per night. The concessionaire's fixed costs were $7,405.30 per night and the variable cost was $0.54 per hamburger. Answer the following questions (A) through (F) (A) Assume that the relationship between price p and demand x is linear. Express p as a function of x and find the domain of this function. p=(Simplify your answer.) The domain of p is (Type a compound inequality ) (B) Find the revenue function in terms of x and state its domain R(x)= (Simplify your answer) The domain of R(x) is (Type a compound inequality) (C) Assume that the cost function is linear. Express the cost function in terms of x C(x) = (Simplify your answer.) D) Graph the cost function and the revenue function in the same coordinate system. Choose the correct graph below. OA. OB. OC. ARC 12.500 ARC 12,500- OD. ARC 12,500- ARC 12,500- 7.000

Managerial Economics: Applications, Strategies and Tactics (MindTap Course List)

14th Edition

ISBN:9781305506381

Author:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris

Publisher:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris

Chapter8: Cost Analysis

Section: Chapter Questions

Problem 1E

See similar textbooks

Similar questions

Which costs are measured on per-unit basis: fixed costs, average cost, avenge variable cost, variable costs, and marginal cost?
Please answer with details on how to do it. A small company manufactures a certain product. Variable costs are $20 per unit and fixed costs are $10,875. The price demand relationship for this product is P = -0.25D + 250, where P is the unit sales price of the product and D is the annual demand. Total cost = fixed cost + Variable cost, TC = CF + CV Revenue = Demand x Price, TR = D x P Profit = Total Revenue – Total Cost, P = TR – TC a) Develop the equations for the total cost and total revenue. Find the breakeven quantity c) How many units must be sold to maximize profit? What is the company’s maximum profit?
Q.(i) . Selling Price :Rs. 12 Per UnitVariable Cost : 2/3 of SPFixed Cost :Rs. 40,000You are required to calculate:(a) Sales to earn profit of Rs. 8000.(b) Also show the BEPs in Breakeven chart. Q.(ii). Use the following information and explain that how the reduction in selling pricewould affect the MOS?Particulars Rs.Selling price per unit 40Material per unit 12Labour per unit. 8Variable Overheads per unit 4Total Fixed cost is Rs. 8, 000. Full capacity of the Plant is 5, 000 units.Reduced selling price is Rs. 32 per unit.
A company estimated that the relationship between the unit price and demand per month for a potential new product is approximated by P = $ 100 – $ 0.1D. The company can produce the product by increasing fixed costs $ 17,500 per month, and the estimated variable costs is $ 40 per unit. What is the optimal demand, D*, and based on this demand, should the company produce new product? Why? a) Work out the complete solution by differential calculus, starting with formula for profit or loss per month b) Solve graphically for an approximate answer
Mirtha owns an online jewelry store that specializes in earrings. In March, she sells 50 pairs of earrings priced at $15. The cost of materials to create the 50 pairs of earrings was $100. The website she uses to sell her wares costs her $10 a month, and she is also charged 4% on each sale by the company that processes debit/credit card purchases. Which of the following best represents Mirth’s total cost? Group of answer choices A)The $750 Mirtha earned from earring sales minus the materials ($100), online website charge ($10), and payment processing charge (4%) B)The sum of the materials ($100), website charge ($10), and 4% payment processing charge (4%) C)The cost of all the materials used to create the earrings, $100 D)The costs of materials minus the costs it takes to run her business through the online store, in this case the $10 website charges and the 4% payment processing charge
The total cost of an MBF plant is 35,000 units if it produces 500 products, and a total cost of 60,000 units if it produces 1,000 units of the same product. If each number of products is sold at a price of 100 monetary units, it is recommended: a. Draw a diagram to determine its breaking point. B. If we want to make a profit of 20,000 units by selling 1,500 products, what is the variable cost? P(Profit) = pQ-(F+vQ) TR=pQ Q=F/(p_v) TC=F+vQ
nswer the question on the basis of the following cost data. Output Total Cost 0 $ 50 1 60 2 68 3 73 4 78 5 85 6 87 7 122 The average variable cost of producing 4 units of output is Multiple Choice $6. $17. $7. Note:- Do not provide handwritten solution. Maintain accuracy and quality in your answer. Take care of plagiarism. Answer completely. You will get up vote for sure.
based on the information in the table what is marla's profit margin? total revenue-$1,400total cost- $900average cost- $7fixed cost-$700quantity-200
Calbee spent $100 to make 10 face shields. Calculate the average fixed cost of each face shield if the total variable cost incurred was $50. Question 16 options: 1) $0.5 2) $5 3) $10 4) $50
Refer to (Total Time = 20 minutes (VA time) + 10 minutes (NVA time) = 30 minutes; Total Cost = $11.67 (VA cost) + $5.417 (NVA cost) = $17.087) the restaurant value stream map, and recompute the total value-added and non-value-added time and cost given the following new information. The chef's time is valued at $30 per hour, oven operation at $10 per hour, precooking order waiting time at $5 per hour, and postcooking order waiting time at $60 per hour. The $60 estimate reflects the cost of poor quality for a dinner waiting too long that might be delivered to the customer late (and cold). If a restaurant uses iPads to place orders and notify waiters when the customer's order is ready, the time on the order board (now an electronic order board) decreases from five to four minutes, and the prepared order wait time decreases from five to two minutes. Round your answer for the total revised time to the nearest whole number and round your answer for the total revised cost to three decimal…
please solve all the subparts coreectly. last time wrong solution provide me, so again I repost this question
Using the Profit data create a two-way Data Table that calculates the profit using labor cost per item ranging from $5 to $7 with $0.2 increments and quantity from 1500 to 2500 units with 100-unit increments. Assumptions: Fixed cost: $ 5,000.00 Material costs per item: $ 2.25 Labor costs per item: $ 6.50 Shipping costs per 100 items: $ 200.00 Price per item: $ 12.99