Answer:
The correct answer is (B) Buy euro at $1.50/€, buy £ at €1.25/£, sell £ at $2/£
Explanation:
The dollar- euro exchange rate is quoted as $1.50 = €1.00
the dollar-pound exchange rate is quoted at $2.00 = £1.00
To calculate the actual cross rate we use; S(euro divided by pounds) = S(dollar/pounds) ÷ S(dollar/euro).
Using symbols to denote this, we have S(€/£) = S($/£) / S($/€)
S(€/£) = S(2/1) ÷ S(1.50/1)
= (2 / 1.5)
= €1.33.
Consequently, from this result we now know that the euro is undervalued with respect to pounds under the cross rate being offered by the bank. This implies that you should first buy the euro, convert to pounds, and eventually convert back to dollars, this would enable you make money as an investor.
Answer:
PMT = $95,000
Rate = 4%
Life = 8 years
a. Amount to be deposited today
= PV(Rate, N, -PMT)
= PV(4%, 8, -95,000)
= $639,610.76
b. Amount in account after 3rd withdrawal
= PV(Rate, N, -PMT)
= PV(4%, 5, -95,000)
= $422,913.12
c. Balance in account after 8th withdrawal
= = PV(Rate, N, -PMT)
= PV(4%, 0, -95,000)
= $0
d. How much would you have at the end of 8 years?
= FV(4%, 8, -639610.76)
= $875,351.49
Answer:
False
Explanation:
Missing question: <em>The ability to declare bankruptcy increased the disagreement value of the city during negotiation with the unions</em>
Alternatives available to an agreement determine the terms of an agreement. If bankruptcy is been declared in a situation where the cities can manipulate and evade much of their pension obligations owed to unions, such scenarios gives the city a much better alternative, if the favorable agreement with the city's unions and retirees emerge.
Answer:
The correct answer is True.
Explanation:
Whenever a conflict arises within the classification of projects between the expected monetary value and the standard deviation, the coefficient of variation is used to try to solve the problem. For this reason, it is concluded that the coefficient of variation is a standardized measure of risk.