I'm really not sure this is the right answer, but there are 20! ways to arrange 20 students in different orders. 20! is a VERY large number haha but that's how I'd do it :/
Answer:
$16.66
Explanation:
Data provided
Direct material = $55,870
Direct labor hour = 475
Wage rate = $11
Machine hour = $556
Number of units = 4,100
Overhead rate = $13
The preparation of job sheet is shown below:-
Direct Material $55,870
Add: Direct Labor $5,225
( 475 × $11)
Overhead $7,228
($556 × $13)
Total $68,323
Number of units 4,100
Cost per unit $16.66
($68,323 ÷ 4,100)
Answer:
Candonia has a comparative advantage in the production of <u>LEMONS</u>, while Lamponia has a comparative advantage in the production of <u>COFFEE</u>. Suppose that Candonia and Lamponia specialize in the production of the goods in which each has a comparative advantage. After specialization, the two countries can produce a total of <u>36</u> million pounds of coffee and <u>36</u> million pounds of lemons.
Explanation:
Since a lot of information was missing, I looked it up and found the attached graphs. The graphs referred to production of coffee and lemons, but I guess they are similar questions.
For every pound of lemons that Candonia produces, it will not be able to produce ¹/₂ pounds of coffee (opportunity cost of producing lemons instead of coffee).
For every pound of coffee that Lamponia produces, it will not be able to produce 1¹/₂ pounds of lemons (opportunity cost of producing coffee instead of lemons).
Answer:
1550 - 1750
Explanation:
The primary mining centers in colonial Spanish America were Potosi in southern Bolivia, and Zacatecas and Guanajuato in northern Mexico. Measured in current dollars, silver worth tens billions of dollars was extracted and shipped to Europe during colonial times, but currently those places are extremely poor.
Answer
A. 25%
B.8%
C. 1.2%
Explanation:
a)
($250,000 − $200,000)/$200,000 = 0.25 or 25%
b)
($275 − $255)/$255 = 0.08 or 8%
Their was No exchange rate movements involved assets & returns all in U.S. dollars
c.
Step 1: £10,000 * $1.50/£ = $15,000 initial $ investment
Step 2: £10,000 * (1.10) = £11,000 at end of year
Step 3: £11,000 * $1.38/£ = $15,180 at end of year
Step 4: ($15,180 - $15,000)/$15,000 =
0.012, or 1.2%