Answer:
C) $100,000,000 of assets that it invests on a discretionary basis
Explanation:
For an institutional investor to qualify as Qualified Institutional Buyer (QIB) under Rule 144A of the Securities and Exchange Commission (SEC) it must:
- manage at least $100 million worth of securities
- the securities must come from issuers that are not affiliated with the institutional investor
In case of banks or savings and loans institutions, Rule 144A requires them to have a net worth of at least $25 million.
Answer:
C. Get into critical country markets quickly and accelerate the process of building a potent global presence, gain inside knowledge about unfamiliar markets and cultures, and access valuable skills and competencies that are concentrated in particular geographic locations
Explanation:
In a global market it is important for businesses to leverage international advantages such as lower production cost in a foreign country, more lucrative markets in certain locations, and access to cheap materials for production.
So when a company wants to gain global dominance it is important they form alliances with companies in foreign countries. This will help them access more lucrative markets, gain knowledge about particular markets, and gain competencies that are unique to a geographical area.
Answer:
$59,900
<u />
Explanation:
<u>Cash flow from Financing activities</u>
Particulars Amount
Cash paid for treasury stock $20,400
Cash dividends <u>$39,500</u>
Net cash used by financing activities <u>$59,900</u>
Answer:
D. the demand for Nike running shoes is less elastic than the demand for shoes.
Explanation:
In this the substitutes would be more for the particular brand rather than the normal running shoes. Since the demand of running shoes might be less elastic as compared to the demand of nike running shows because the consumer shifted from the nike to other brand that are popular. Plus, the elasticity of demand for running shoes is considered to be inelastic as there is many subsitutes
So, the option d is correct
Answer:
Total FV= $46,008.31
Explanation:
Giving the following information:
Deposit 1= $12,000
Deposit 2= $15,000
Deposit 3= $10,000
Interest rate= 0.055
<u>To calculate the future value, we need to use the following formula on each deposit:</u>
FV= PV*(1+i)^n
FV1= 12,000*(1.055^5)= 15,683.53
FV2= 15,000*(1.055^4)= 18,582.37
FV3= 10,000*(1.055^3)= 11,742.41
Total FV= $46,008.31
