When ONLY total costs (TC) are known, such as shown in Table 1 below, explain how to calculate each of the following and provide at least one step-by-step example using the data from Table 1: Fixed costs (FC) (Enter your response here.) Variable costs (VC) (Enter your response here.) Average variable costs (AVC) (Enter your response here.) Average total costs (ATC) (Enter your response here.) Average fixed costs (AFC) (Enter your response here.)
- When ONLY total costs (TC) are known, such as shown in Table 1 below, explain how to calculate each of the following and provide at least one step-by-step example using the data from Table 1:
- Fixed costs (FC)
(Enter your response here.)
- Variable costs (VC)
(Enter your response here.)
- Average variable costs (
AVC )
(Enter your response here.)
Average total costs (ATC)
(Enter your response here.)
- Average fixed costs (AFC)
(Enter your response here.)
- Marginal costs (MC)
(Enter your response here.)
- Table 1 shows the hourly production and total cost estimates for a new manufacturing firm wishing to enter the smartphone market. Fill in the blank cells in columns a., b., c., d., and e. on the table by computing the appropriate values.
Table 1
|
Smart cell phones produced in an hour |
Total Cost (TC) |
Variable Costs (VC)
a. |
Average Variable Costs (AVC) b. |
Average Total Costs (ATC) c. |
Average Fixed Cost (AFC)
d. |
Marginal Cost (MC)
e. |
|
0 |
$3,200 |
(Enter your response here.) |
n/a |
n/a |
n/a |
n/a |
|
15 |
$3,525 |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
|
30 |
$3,875 |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
|
45 |
$4,250 |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
|
60 |
$4,650 |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
|
75 |
$5,075 |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
|
90 |
$5,525 |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
|
105 |
$6,725 |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
|
120 |
$8,210 |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
|
135 |
$9,950 |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
(Enter your response here.) |
- Based on your calculations in completing the table in Question 2, what is this
manufacturer’s minimum cost output level? Explain your answer.
(Enter your response here.)
- According to the Chapter 11 section covering “Average Total Cost” in your textbook, when one additional unit is produced, two factors directly impact the change in average total costs, the spreading effect, and the diminishing returns effect. In the following two situations, identify which effect is occurring, the spreading effect or the diminishing returns effect, and explain why.
- Production of the 10th gizmo resulted in an average total cost (ATC) of $20, but production of the 11th gizmo resulted in an average total cost of $22.
(Enter your response here.)
- Production of the 10th gizmo resulted in an average total cost (ATC) of $20, but production of the 11th gizmo resulted in an average total cost of $18.
(Enter your response here.)
Trending now
This is a popular solution!
Step by step
Solved in 4 steps
