Answer:
Suppose the Finnish government undertakes a program that relaxes immigration but only for highly skilled workers. This policy changes will result in an increase in the _population of immigrants_______, causing __increased economic performance resulting from increased supply of highly skilled labor, productivity, and GDP and not to forget increased diversity with its attendant benefits and costs_____.
Explanation:
Immigration is the movement of non-natives or citizens into a country from other countries. If the number of immigrants outnumber those emigrating, the population of the country will increase relatively. To boast population, increase diversity, and energize an economy, some countries deliberately embark on programed immigration and acceptance of highly skilled workers. As they come in, they come with their families, some will bear more children, and there will be increased relationships between the immigrants and the domiciled citizen population. The economy of the country will be revitalized since they are highly skilled workers, and there will be increased productivity and beneficial changes in the GDP. Human diversity has many attendant benefits and burdens. Whichever one that outweighs the other depends on factors prevalent in the particular country.
Answer:
5,110,000 and 5,170,000.
Explanation:
earnings per share EPS = (net income - preferred dividends) / weighted average of outstanding shares
- 4,800,000 at the beginning of the year
- 200,000 issued April 1 = 200,000 x 9/12 = 150,000
- 480,000 issued September 1 = 480,000 x 4/12 = 160,000
weighted average outstanding shares = 4,800,000 + 150,00 + 160,000 = 5,110,000
diluted shares = ($6,000,000 / $1,000) x 40 x 3/12 = 60,000
diluted EPS = (net income - preferred dividends) / (weighted average of outstanding shares + diluted shares)
weighted average of outstanding shares + diluted shares = 5,110,000 + 60,000 = 5,170,000 shares
Answer:
Interest= $26,131.91
Explanation:
Giving the following information:
Annual deposit= $2,000
Number of periods= 20 years
Interest rate= 5%
<u>First, we need to calculate the future value using the following formula:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {2,000*[(1.05^20) - 1]} / 0.05
FV= $66,131.91
<u>Now, we can determine the interest earned:</u>
Interest= future value - total investment
Interest= 66,131.91 - 20*2,000
Interest= $26,131.91
I don’t know for sure so check on google or quiz let