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If Ping Wang, the owner, orders in quantities of 300 or more, he can get a 5% discount on the cost of the detectors. I think yes, Wang <span>should take the quantity discount.</span>
Answer:
Monopolist profit maximizing price
A: $3 per gallon , total output =270 Kelvins profit = $810(801/7/2 = $405
Maria's profit = $405
B. $2.5 per gallon . Kelvin's profit =$450 Maria's profit = 337.5
C = False. At the same quantity , fall in price brings fall in revenue
Cournot Nash equilibrium
Explanation:
In a monopolist market system , price are set higher than the marginal cost as the producer enjoy the dominance of the market through the production of a unique good.
At the price of $3 , change in demand =(270-225) =45 , change in revenue = ($810-$787.50)22.5 and marginal revenue = (45/22,5) = 0.5. That forms the maximizing price for a monopolist.
On the new arrangement , price drops to $2.5 , Maria's profit =(315-45/2)2.5 = $337.5 and Kelvin's = ($787.5-337.5) = $450
Cournot Nash equilibrium is business model that explains the competition among rival companies producing similar product on the level of output produced independently.
Answer:
<u>projects</u>
Explanation:
Remember, among the 'Project selection' stage is the first stage of the Project Process Stages. This stage typically involves examining each project and then determining which is of utmost importance.
Rather than trying to run every uncompleted project with the limited resources available which may affect the status of other projects, it is better to select the project that is most beneficial and that is feasible to complete within the stipulated deadline.
The correct answer is choice b.
Managerial Economics deals specifically with the application of economic concepts, theories, tools, and methodologies in order to solve practical problems in a business. This definition aligns with choice b, which is to provide logic and methodology to find solutions to business problems.
Answer:
(a) = $468
(b) = 52%
(c) = $144
(d) = 28%
(e) = $1150
(f) = $920
Explanation:
selling price variable cost contribution margin contribution ratio
1. $900 $432 (a) $ (b)%
2. $200 $ (c) $56 (d)%
3. $ (e) $(f) $230 20%
contribution = selling price - variable costs
Margin contribution ratio = contribution / sales
Variable cost = selling price - contribution
Selling price = contribution / margin contribution ratio