Answer:
The rule of 72 establishes that, to determine the time in which an investment will double its initial capital through the generation of compound interest, 72 must be divided by the interest rate number of said financial investment.
In the present question, the interest rate is 7.8%, with which the investment would double in 9.23 years (72 / 7.8 = 9.23).
Now, at the same time there will be an annual inflation of 4.9%, that is, an accumulated inflation of 45.22% (4.9 x 9.23 = 45.22). In other words, the real growth of investment will not be 100%, but the accumulated inflation will have to be discounted from said number, with which the real growth of investment will be 54.88% over those 9.23 years.
Answer:
The price of the bond is $ 1,041.22
Explanation:
In calculating the price of the bond i discounted the future cashflows consisting of coupon payment and par value at redemption using the discount factor 1/(1+r)^N where r is the semi-annual YTM and N is the relevant period of cash flow.
The remaining coupon payments imply 14 years as a year has passed since the bond was issued.
Find attached spreadsheet.
The right answer for the question that is being asked and shown above is that: "b. how much to supply, how to produce output, and how much of each input to demand." the three choices that profit-maximizing firms have to make are <span>b. how much to supply, how to produce output, and how much of each input to demand</span>
Answer:
$1,667.67
Explanation:
Given:
Balance in savings account at the beginning of the year = $2,000
Price level at the beginning of the year = 100
Price level at the end of the year = 120
Anything that is worth $120 in the beginning of the year is worth $100 at the end of the year.
Anything worth $1 in the beginning is worth 100/120 at the end.
So, $2,000 is worth 
= $1,667.67 at the end of the year.
Real value of savings is close to $1,667.67.
Answer:
the correct answer is D, product market.
Explanation:
