Answer:
<u>Part a: What will be the equilabrium price that Dumphy and Funke will charge?</u>
Answer: Price charged = $30
<u>Part b: What are the profits for Dumphy and Funke at the equilibrium price?</u>
Answer: Profit on equilibrium price = $0
<u>Part c: What type of competition would Funke and Dumphy likely engage in after the decrease in demand?</u>
Answer: Price competition
Explanation:
<u>Part a: What will be the equilabrium price that Dumphy and Funke will charge?</u>
Answer:
Price charged by each of the artists will be equal to their marginal cost.
Thus, equilibrium P = MC = $30.
<u>Part b: What are the profits for Dumphy and Funke at the equilibrium price?</u>
Answer:
Equilibrium profits will be 0 at the equilibrium because price charged is equal to MC, leading to no profits.
<u>Part c: What type of competition would Funke and Dumphy likely engage in after the decrease in demand?</u>
Answer:
Price competition - as changes in price will lead to changes in demand and thus sales
<u>Given:</u>
Cost of the office equipment in pounds = 2000
Value of 1 pound in dollars as per exchange rate = 1.9
<u>To find:</u>
The cost of the office equipment in dollars
<u>Solution:</u>
If 1 pound is 1.9 dollars, then 2000 pounds will be as follows,

So, the correct option is Option c, that is $3800.
Answer: c. They would do better charging $15 than $10.
Explanation:
It is given that Max and Maddy total cost of car parking remains the same, that is it does not matter whether they have seven or five cars parked on their lawn. So, since total cost is constant, Max and Maddy's decision would depend on total revenue.

Total revenue from charging, $10 is $70,
Total revenue from charging $15 is $75.
Since, total cost is constant, Max and Maddy will choose to charge $15 since it is giving them $5 more.
Answer:
The intrinsic value = $469.15
Explanation:
<em>The price earning (P/E) ratio can be used to determine the price of a stock. This is done as follows:</em>
Price = EPS × P/E ratio
It is appropriate to use the industry average price-earning ratio for the purpose of this valuation.
The intrinsic value = 19.75 × $5.50 = $469.15
Metro by T-Mobile is a prepaid wireless carrier brand owned by T-Mobile US. It previously operated the fifth largest mobile telecommunications network in the United States using code division multiple access.