Answer:
The balance in the Sinking Fund immediately after repayment of the loan will be $2,133.19
Explanation:
Hi, John will pay the loan by paying the yearly interest and the rest is going to go to the sinking fund, so, if he has $1,627.45 and the annual interest of the loan are $1,000, he will be depositing $627.45 into the sinking fund for ten years. Therefore, the future value of the annual deposits of the sinking can be found by using the following formula.
Where:
A = equal annual savings into the sinking fund (that is $627.45)
r = effective rate of the sinking fund (14%)
n = 10 years
Everything should look like this.
Now, this is the balance after 10 years, but remember that John has to pay the loan, which is $10,000 (not $11,000 because John pays the interest of the loan and then deposits the balance into the sinking fund). Therefore, the balance after repaying the loan is $12,133.19 - $10,000 = $2,133.19.
Best of luck.
Answer:
Italy has a comparative advantage in the production of cheese
Explanation:
Suppose that Italy and Sweden both produce rye and cheese.
Italy's opportunity cost of producing a pound of cheese is 5 bushels of rye while Sweden's opportunity cost of producing a pound of cheese is 10 bushels of rye.
<u>By comparing the opportunity cost of producing cheese in the two countries, you can tell that Italy has a comparative advantage in the production of cheese because it has a lower opportunity cost (as a matter of fact half the cost) in comparison with Sweden.</u>
<u>Comparative advantage is an economic term that refers to an economy's ability to produce goods and services at a lower opportunity cost than that of trade partners</u>
Answer: Prices generally increase at the same rate across most periods of time.
Explanation:
Inflation means a rapid rise in the price of commodities in a market, and it is normally as a result of scarcity of products or excess flow of money in an economy. Prices on the other hand do not always increase generally, as price could reduce or remain the same overtime.
Answer:
0.98
Explanation:
Computation for Bill Duke portfolio's beta
First step is to find the Investment in Y which is:
Investment in Y=100,000-35,000
=$65,000
Second step is to calculate for the Portfolio beta using this formula
Portfolio beta=Respective beta*Respective Investment weight
Portfolio beta =(35,000/100,000*1.5)+(65,000/100,000*0.7)
Portfolio beta=(0.35*1.5) +(0.65*0.7)
Portfolio beta =0.525 +0.455
Portfolio beta=0.98
Therefore the Portfolio Beta will be 0.98
