Answer:
The profit maximizing output level declines by 2.5 units and the price rises by $100.
Explanation:
In a monopoly market the inverse demand curve is given as,
P = 1,200 - 40Q
The marginal cost of production of the last unit is $200.
The total revenue is
= 
= 
The marginal revenue of the last unit is
= 
= 1,200 - 80Q
At equilibrium the marginal revenue is equal to marginal price,
MR = MC
1,200 - 80Q = 200
80Q = 1,000
Q = 12.5
Putting the value of Q in the inverse demand function,
P = 
P = $700
Now, if the marginal cost rises to $400,
At equilibrium the marginal revenue is equal to marginal price,
MR = MC
1,200 - 80Q = 400
80Q = 800
Q = 10
Putting the value of Q in the inverse demand function,
P = 
P = $800
Yes, this encourages the buyer to pay more for an item especially if it is by a well known branded. This gives them to opportunity to brag and boast with their purchase. Also when the product is well known consumers are going to try their absolute best to buy it, this is going to make the product scare, hence increasing its price.
Answer: 19.93 minutes
Explanation:
This is the complete question
Fast Auto Service provides oil and lube service for cars. It is known that the mean time taken for oil and lube service at this garage is 15 minutes per car and the standard deviation is 2.4 minutes. The management wants to promote the business by guaranteeing a maximum waiting time for its customers. If a customer's car is not serviced within that period, the customer will receive a 50% discount on the charges. The company wants to limit this discount to at most 2% of the customers. What should the maximum guaranteed waiting time be? Assume that the times taken for oil and lube service for all cars have a normal distribution
The solution is attached below
Answer:
found out his boss was ordering the selections of document and reporting it was the right thing to do
Answer:
The marginal return of production of the second worker or marginal product of the second worker is 10 cones.
Explanation:
One worker can make 15 cones of ice cream in an hour.
Two workers can make 25 cones in the same time.
While three workers can make 30 cones in an hour.
The marginal return of the production of the second worker is the contribution of the second worker in the total output.
Marginal return
= 25 cones - 15 cones
= 10 cones
