Answer:
b. $490,000
Explanation:
Total cost refers to the summation of all costs that is expended during production processes of certain products, which is made up of prime cost, overhead cost, etc.
Total cost = Prime cost + Overhead cost
Where,
Overhead cost = Setup [1,000 × $75 per setup] $75,000 + Machine hours [1,900 × $50 per machine hour] $95,000
Overhead cost = $170,000
Prime cost = $320,000
Therefore,
Total cost = $320,000 + $170,000
Total cost = $49,000
A database is an organized collection of data. Knowing this, your answer is most likely D. articles from magazines.
Question:
Please see the Demand and Cost information reproduced in the attached table
Answer:
The correct choice is A)
Profit if maximized where price is equal to $20.
At this price, MR = MC.
Please see the attached PDF.
Explanation:
The profit-maximizing choice for the monopoly will be to produce at the quantity where marginal revenue is equal to marginal cost:
That is, the point where MR = MC.
If the monopoly produces a lower quantity, then MR > MC at those levels of output, and the firm can make higher profits by expanding output.
Cheers!
Answer:
A. 15 units
B. $130
Explanation:
In order to solve this, we need to use the profit maximization condition for monopoly.
MR = MC will give us the optimal quantity and price for the monopolist.
The consumer's demand for the product is:
Qd = 80 - 0.5P
Therefore, we have:
P = (80 / 0.5) - (Qd / 0.5)
P = 160 - 2Qd
Recall that, Total Revenue:
TR = P * Q
So, in this case TR = 160Q - 2Q^2
MR = d(TR) / dQ = 160 - 4Q
Now, MR = MC
160 - 4Q = 100
4Q = 160 - 100
4Q = 60
Q = 60 / 4
Q = 15 units.
Now, P =160 - 2Q
P = 160 - 2(15)
P = 160 - 30 = 130
The optimal number of units to be placed in a package will therefore be 15 units while the firm should charge $130 for this package.
Answer:
a)use an ice paddle. it is the most suitable way