Answer:
the correct answer would be D No, trade isn't possible, because Stephen has an absolute advantage in both making cookies and moving boxes.
Explanation:
Stephen can move 34 more boxes/hr and bake 19 more cookies/hr than Lebron can.
Answer:
<u><em>Part 1. </em></u>
- <em>Average cost per day of a three-day pass</em> = $53.33/day per person
- <em>Marginal cost of adding the third day </em>= $190 - $160 = $30 per person
<em />
<em><u>Part 2.</u></em>
- <em>Group's marginal cost of switching from the two-day pass to the three-day pass</em> = $180
Explanation:
The total <em>cost</em> is the <em>admission charge</em> ($60) plust the cost of the pass ($100 or $130).
For a <em>two-day pass</em> that is: $60 + $100 = $160, per person
For a <em>three-day pass</em> that is: $60 + $130 = $190, per person
<u><em>Part 1. The average cost per day of a three-day pass per person. </em></u>
The <em>average cost</em> is the total cost divided by the number of days.
- <em>Average cost</em> = $160/3days = $53.33/day per person
The <em>marginal cost of adding the third day</em> per person is found by subtracting the total cost for two days from the total cost for three days:
- <em>Marginal cost of adding the third day</em> = $190 - $160 = $30 per person
This says that althoud the average cost for the three days is $53.33 the cost of adding the third day is $30, which is much lower; thus, it is a good deal to buy a three-days pass, as they are interested in spending a lot of time there.
<u><em>Part 2. The group's marginal cost of switching from the two-day pass to the three-day pass</em></u>
<em></em>
Since the <em>marginal cost of switching from the two-day pass to the three-day pass</em> is $30 per person, the marginal cost for the 6-person group is 6 times $30:
- 6 persons × $30/person = $180.
Answer:
IRR = 3.64%
Explanation:
using a financial calculator or excel spreadsheet we can determine the IRR of this investment:
year 0 = -$15,000
year 1 = $0
year 2 = $0
year 3 = $0
year 4 = $5,000
year 5 = $6,000
year 6 = $7,000
IRR = 3.64%
Since your required rate of return is 12%, you should pay a maximum of $10,128.57
Answer:
See below
Explanation:
1. Predetermined overhead rate
= Total fixed overhead cost for the year / Budgeted standard direct labor hour
Predetermined overhead rate = $530,400 / 68,000
Predetermined overhead rate
= $7.8 per direct labor hour
2. i. Fixed overhead budget variance
= Actual fixed overhead - Budgeted fixed overhead
= $521,000 - $530,400
= $9,400 favourable
ii Fixed overhead volume variance
= Budgeter fixed overhead - Fixed overhead applied to work in process
= $530,400 - (66,000 × $7.8)
= $530,000 - $514,800
= $15,200 unfavorable
Answer: 2,200 units.
Explanation:
The complete exercise is:

A manufacturer shipped units of a certain product to two locations. The equation above shows the total shipping cost T, in dollars, for shipping c units to the closer location and shipping f units to the farther location. If the total shipping cost was $47,000 and 3,000 units were shipped to the farther location, how many units were shipped to the closer location?
Given the following equation:

You know that "T" is the total shipping cost (in dollars), "c" is the number of units shipped to the closer location and "f" is the number of units shipped to the farther location.
Based on the information given in the exercise, you can identify that, in this case:

Then, knowing those values, you need to substitute them into the given equation:

And finally, you must solve for "c" in order to calculate the number of units that were shipped to the closer location.
You get that this is:
