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Elementary,Middle School,High School,College,University,PHD
| Teaching Since: | Apr 2017 |
| Last Sign in: | 397 Weeks Ago, 5 Days Ago |
| Questions Answered: | 352 |
| Tutorials Posted: | 351 |
MBA,PHD in Psychology
Northwest Florida State College
Jun-1992 - May-1997
Professor
Northwest Florida State College,
Aug-2006 - Nov-2015
Please fill in the entries in the following cost table:
Total Total Average Average Average
Production Variable Fixed Total Marginal Total Variable Fixed
Quantity Cost Cost Cost Cost Cost Cost Cost
(pens) ($) ($) ($) ($/pen) ($/pen) ($/pen)___($/pen)
|
130 |
180 |
$75 |
$255 |
2.4 |
$1.96 |
1.38 |
$0.58 |
|
|
155 |
240 |
$75 |
$315 |
3.529411765 |
$2.03 |
1.548387097 |
$0.48 |
|
|
172 |
300 |
$75 |
$375 |
4.615384615 |
$2.18 |
1.744186047 |
$0.44 |
|
|
185 |
360 |
$75 |
$435 |
2.351351351 |
$2.35 |
1.945945946 |
$0.41 |
Hint: Note that the marginal cost is shown between two production quantities. You should plot this MC at the midpoint of each quantity range. For example, for the MC between the first two quantities, plot your value at Q = 15.
__yes becayse it is less than the average variabl;e cost___________________________________________________________________
_____________________________________________________________________
Shut down becsuse the price of the good is less than the average variable cost of production.
_____________________________________________________________________
(5 points) Now consider a monopolist in the market for a patent-protected energy drink. Given the following demand schedule, please calculate total revenue and marginal revenue at each of the prices listed in the schedule.
Product Quantity Total Marginal
Price Demanded Revenue Revenue
($) (drinks) ($) ($/drink)
$10.00 0 0
_____
$ 8.00 30 _____
_____
$ 6.00 60 _____
_____
$ 4.00 90 _____
_____
$ 2.00 120 _____
_____
$ 0.00 150 _____
Note that the marginal revenue is also shown between the two production quantities.
(5 points) Show the demand curve and marginal revenue curve on a graph.
Hint: plot the marginal revenue between each pair of quantities (like MC earlier)
Suppose the marginal cost for producing this drink is constant at $4.00 per unit.
(2 points) Add this MC curve to your graph from question #6.
(4 points) What quantity will our monopolist choose to make to maximize profits, and what price will it charge?
__________________________________________________________________
__________________________________________________________________
(4 points) Had our market been in perfect competition, what would the equilibrium price and quantity have been?
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