Answer:
B. the winning potential of the sports team using the stadium
Explanation:
Answer:
If computers are produced mostly by capital and beer is produced mostly by labor, the H-O model predicts that
Germany will export computers in exchange for beer.
Explanation:
The H-O model or Heckscher-Ohlin theory is an economic model about the comparative advantages of nations in international trade. The model tries to explain the equilibrium of trade existing between two countries that have varying specialties and natural resources. According to the H-O model, countries export more goods and services for which they have plenty resources than they do for goods and services for which they have scarce resources. For example, if a country has capital in abundance, it will export more of capital-intensive products while it will import labor-intensive products, because it has scarce labor resources.
Answer: See explanation
Explanation:
1. Yes.
A design defect is when the design for a particular product brings about risk or injury which could have been averted if the design was done in another way.
With regard to the question, there is a design defect as we're informed that the drain cover becomes loose and we're further told that Sta-Rite did not install safety features on its drain pumps.
2. No.
Based on the scenario in the question, the ethical duty wasn't met by Sta-Rite Industries. They neglected the potential injury and harm that their design would cause. This means that they didn't perform their ethical duty well.
3. Yes.
In this case, Sta-Rite has to compensate the affected person and a punitive damage should further be added to whatever compensation had been put in place. This will serve as a way of making others also learn and always do the right thing and be safety conscious.
Answer:
(A) 8.22%
(B) 7.5%
Explanation:
The first step is to calculate the average nominal return
Average nominal return= R1 + R2 + R3 + R4 + R5/5
= 16 +(-5) + 19 + 13 + 10/5
= 16-5+19+13+10/5
= 53/5
= 10.6%
(A) The average real return can be calculated as follows
= (1 + average nominal return)/(1+ inflation) -1
= (1+ 10.6/100)/(1+2.2/100) -1
= (1+0.106)/(1+0.022)-1
= 1.106/1.022-1
= 1.08219-1
= 0.08219 × 100
= 8.22%
(B) The average nominal risk premium can be calculated as follows
Average risk free rate= Nominal average t-Bill rate-inflation
= 5.3% - 2.2%
= 3.10%
Average nominal risk premium= average nominal return -average risk free rate
= 10.6% - 3.10%
= 7.5%
