Answer:
Both Hillyland and Flatland will be better off in a win-win solution if they engage in comparative advantage.
Explanation:
Suppose each nation decides to specialize in the most suitable crop, and trade with the other nation for the other product, the trade-offs will be the products they supposedly can produce but do not have comparative advantage in. For Hillyland it will be rice and for Flatland it will be coffee.
When both nations practice comparative advantage there will be no losers because economic theory suggests that, when countries practice comparative advantage, the sum total of their combined output will be greater than if they had produced all products themselves because they wanted to be self sufficient.
The logic is simple, goods are less costly to produce in a country that has comparative advantage and at the end they could be sold cheaper to the country that traded it off.
Answer:
The correct answer to the following question will be Option C.
Explanation:
- The buyers, as well as sellers, must negotiate an understanding as to who is capable of paying certain transport costs and also who, whenever the item is delivered, assumes the default risk throughout transportation.
- A seller reports compensation whenever the purchaser has the transition of titles as well as ownership uncertainties.
The other three options are not related to a certain scenario. So that option C is the right answer.
You should inquire.
If the bill is incorrect, this could be a cause of fraud or a simple calculating error. The same could apply for you wanting more information - the supplier should be able to provide you information about it.
Answer:
Kindly check explanation
Explanation:
Given the data:
x___ f(x)
10__ 0.05
20__0.10
30__0.10
40__0.20
50__0.35
60__0.20
a. Is this probability distribution valid?
Yes
Σf(x) = (0.05 + 0.10 + 0.10 + 0.20 + 0.35 + 0.20) = 1
0≤f(x)≤1
b. What is the probability MCC will obtain more than 30 new clients
X = 40 + x = 50 + x = 60
0.20 + 0.35 + 0.20 = 0.75
c. What is the probability MCC will obtain fewer than 20 new clients
x = 10
f(x) = f(10) = 0.05
d)Compute the expected value and variance of x.
Expected value (E(x)) :
Σ(x * f(x))
= (10*0.05) + (20*0.1) + (30*0.1) + (40*0.2) + (50*0.35) + (60*0.2)
= 43
Σ(x * E(x))² * f(x)
= (10 - 43)^2 * 0.05 + (20 - 43)^2 * 0.1 + (30 - 43)^2 * 0.1 + (40 - 43)^2 * 0.2+ (50 - 43)^2 * 0.35 + (60 - 43)^2 * 0.2
= 201
