Answer:
(a) The arbitrage strategy is to buy zeros with face values of $140 and $1,140 and respective maturities of one and two years, and simultaneously sell the coupon bond.
(b) The profit on the activity equals $0.72 on each bond.
Explanation:
The price of the coupon bond = 140 × PV(7.9%, 2) + 1000 × PV(7.9%, 2)
= 140 × (1-(1/1.079)^2)/0.079 + 1,000/1.079^2
= $1,108.93
If the coupons were withdrawn and sold as zeros individually, then the coupon payments could be sold separately on the basis of the zero maturity yield for maturities of one and two years.
[140/1.07] + [1,140/1.08^2] = $1,108.21.
The arbitrage strategy is to buy zeros with face values of $140 and $1,140 and respective maturities of one and two years, and simultaneously sell the coupon bond.
The profit on the activity equals $0.72 on each bond.
<span>Tyree's coach is likely trying to instill teammate dependability in his players by making them run laps if their teammates do not get at least 75% of their free throwns in.</span>
The cost when someone borrows money from someone else is known as interest.
<h3>What is interest?</h3>
Interest rate is the cost of borrowing. It is the amount the borrower pays the lender for use of their funds. It is usually a function of the amount borrowed, length of the loan and the interest rate.
For example, if a person borrows $1000 for 1 year at an interest rate of 10, the interest that would be paid is: $1000 x 0.1 = $100.
To learn more about interest rate, please check: brainly.com/question/14935026
Answer:
It will take approximately 55 years
Explanation:
<em>The future value of a lump sum is the amount expected at a future date when a sum of money is invested today at a particular rate of interest for certain number of years</em>
FV = PV × (1+r)^(n)
FV= 50,000, PV = 4,000, n-?, r- 5%
50,000 = 4,000 × (1.05)^n
divide both sides by 4000
12.5 = 1.05^n
n= log 12.5/log 1.05
n = 51.8
The number of years = 51.8 + 3 years
=54.767
Approximately 55 years
It will take 55 years
