QUESTION 10 Mary is the only one in town who can make red velvet cupcakes. Each cupcake costs her $4 to make (i.e. her marginal cost is constant at $4 per cupcake). Currently, Mary charges $4.50 for a cupcake. Below is the table of potential prices she could charge and the corresponding quantities. Price ($/cupcake) 6.50 6.00 5.50 5.00 4.50 4.00 Quantity (cupcakes) 30 42 56 72 92 105 Answer the following questions: a. What is Mary's marginal revenue when the price is $4.50 per cupcake? Answer to the nearest two decimal places. $ per cupcake. b. At a price of $4.50 per cupcake, should Mary decrease or increase the number of cupcakes sold to maximise profit? Type D for Decrease or I for Increase. c. Calculate Mary's profit-maximising quantity of cupcakes to sell. Answer to the nearest whole number (with no decimal places). cupcakes.

QUESTION 10 Mary is the only one in town who can make red velvet cupcakes. Each cupcake costs her $4 to make (i.e. her marginal cost is constant at $4 per cupcake). Currently, Mary charges $4.50 for a cupcake. Below is the table of potential prices she could charge and the corresponding quantities. Price ($/cupcake) 6.50 6.00 5.50 5.00 4.50 4.00 Quantity (cupcakes) 30 42 56 72 92 105 Answer the following questions: a. What is Mary's marginal revenue when the price is $4.50 per cupcake? Answer to the nearest two decimal places. $ per cupcake. b. At a price of $4.50 per cupcake, should Mary decrease or increase the number of cupcakes sold to maximise profit? Type D for Decrease or I for Increase. c. Calculate Mary's profit-maximising quantity of cupcakes to sell. Answer to the nearest whole number (with no decimal places). cupcakes.

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

Hercules Films is deciding on the price of the video release of its film Son of Frankenstein. Its marketing people estimate that at a price of p dollars, it can sell a total of q = 280,000 - 20,00 copies. What price will bring in the greatest revenue? = $
the demand equation for a product is q=1.5p+600, where q is the number of a products that can be sold in a month and p is the price per product. (a) what price will produce the largest revenue? (b) what is the largest monthly revenue?
this table is tricky
Mililani business owner Selina runs a small hair salon and does laundry on a regular basis to clean uniforms, hair cloths, client robes, and other washables. Selina is running low on detergent and saw the same-sized boxes of Arm & Hammer laundry detergent on sale at two different stores. Sale price of detergent Regular price of detergent Store Store 1 Store 2 $9.98, limit 4, with additional boxes at regular price Buy two get one free, limit 1 free box, with additional boxes at regular price If Selina only has time to go to one of these stores and needs 3 boxes, whose advice is correct? Select the cost of 3 boxes of Arm & Hammer Laundry detergent at Select $15.99 Selina's friend Kimo said that Store 2 would be cheaper and noted that Store 1's regular price is cheaper than Store 2's regular price. Selina's other friend Lani said that it would be cheaper to go to Store 1, pointing out that Store 2's sale price is still higher than Store 1. Would the situation change if Selina needs 5…
GameZone, a video games store, is considering the best way to price two new games – a first-person shooter (FPS) and a racing game. There are four types of consumers that might buy the games with roughly equal numbers of each type, and their willingness to pay (WTP) for each game is detailed in the table below (assume that the willingness-to-pay for a second game of the same type is zero). How should Gamezone price the two games separately to maximise revenue? How should Gamezone price a bundle of both games to maximise revenue? Is there an alternative (involving bundling) that generates more revenue than either single prices or a bundle alone? Under what condition/s is bundling likely to increase profits for a firm? Consumer Type WTP for FPS game WTP for racing game A $120 $70 B $70 $120 C $160 $10 D $10 $160
When the price of salad was $5, a cafeteria sold 50 packets of salad dressing a day at $0.50 per packet. When they increased the price of salad by 40%, but kept the dressing at the same price, they sold 50% fewer packets of salad dressing.
You and your friends love to go fishing. There is a sporting goods store in your neighborhood that sells a fishing pole for $82 but costs the store $60, and a fully stocked tackle box that sells for $58 but costs $40. Assuming the mark-up policy is linear, determine the equation that relates price (P) to cost (C). Following this same mark-up policy for other items, what would be the price of a pair of waders which cost the company $80?
The regular air fare between Boston and San Francisco is 419. An airline using planes on this route observes that they fly with an average of 236 passengers. Market research tells the airlines’ managers that each $7 fare reduction would attract, on average, 3 more passengers for each flight. How should they set the fare to maximize their revenue?
help please answer in text form with proper workings and explanation for each and every part and steps with concept and introduction no AI no copy paste remember answer must be in proper format with all working
The supply and demand curves of a product are shown in Figure 6.13. Approximate the difference in the total gains from trade if the price is artificially increased from the equilibrium price of p* = 95 to p* = 110. p ($/unit) 200 180 160 140 120 100 80 60 40 20 XXX ☆ 50 100 (a) $137.50 O (b) $3,250 O (c) $4,675 O (d) $4,750 O (e) $7862.50 O (f) $8000 150 Figure 6.13 200 q (quantity) SUPPOR
Explain two advantages and two disadvantages of using an in-house or private trucking service.
The manufacturer of Brand A automobile tires claims that its tire can save 120 gallons of fuel over 54,000 miles of driving, as compared to a popular competitor (Brand B). If gasoline costs $4.00 per gallon, how much per mile driven does this tire save the customer (Brand A versus Brand B)? The savings are $ per mile. (Round to three decimal places.)