Because the future value of annual premiums deposited in a mutual fund is 755 (F/A, 9%, 45) = $397,023.34, Then, the friend is correct since the mutual fund is roughly three times the sum under the Insurance policy.
<h3>Was Liam's
suggestion correct?</h3>
Generally, Premium payment is mathematically given as
X=60-20
X=45years
Where future value is
755 (F/A, 9%, 45)
In conclusion
755 (F/A, 9%, 45) = 755 * 525.8587
755 (F/A, 9%, 45) = $397,023.34
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Complete Question
Liam O'Kelly is 20 years old and is thinking about buying a term life insurance policy with his wife as the beneficiary. The quoted annual premium for Liam is $8.39 per thousand dollars of insurance coverage Because Liam wants a $90,000 policy (which is 2.5 times his annual salary), the annual premium would be $755, with the first payment due immediately (i.e., at age 21). A friend of Liam's suggests that the $755 annual premium should be deposited in a good mutual fund rather than in the insurance policy. "If the mutual fund earns 9% per year, you can become a millionaire by the time you retire at age 65," the friend advises.
Answer:
$1,282.80
Explanation:
The PMT formula is used for this question. The attachment is shown below:
The NPER shows the time period
Given that,
Present value = $300,000 - $30000 = $270,000
Future value = $0
Rate of interest = 4% ÷ 12 months = 0.33%
NPER = 30 years × 12 months = 360 months
The formula is shown below:
= PMT(Rate;NPER;-PV;FV;type)
The present value come in negative
So, after solving this, the answer is $1,282.80
Answer:
$4.24287 million per year
Explanation:
Missing question: The swap will call for the exchange of 1 million euros for a given number of dollars in each year.
For structured three separate forward contracts of the exchange of currencies, the forward price could be found as follows
Forward exchange rate * $1 million error = Dollar to be received
Year 1 = 1.50*(1.04/1.03) * 1 million euros
Year 1 = 1.514563106796117 * 1 million euros
Year 1 = $1.5145 million
Year 2 = 1.50*(1.04/1.03)^2 * 1 million euros
Year 2 = 1.529267602978604 * 1 million euros
Year 2 = $1.5293 million
Year 3 = 1.50*(1.04/1.03)^3 * 1 million euros
Year 3 = $1.5441 million
The number of dollars each year is determined by computing the present value:
= 1.5145 / 1.04 + 1.5293 /(1.04)^2 +1.5441 / (1.04)^3
= 1.45625 + 1.41392 + 1.3727
= $4.24287 million per year
Answer:
d.The post-closing trial balance is the only one to include only real accounts.
Explanation:
Post closing trial balance is prepared after providing for all the adjustments pending in the first raw trial balance.
Thus, it only represents the real accounts, as only real accounts have the balance to be carried forward, all the expenses and incomes are not real accounts and are thus, closed, and no carrying balance.
Whereas, all other trial balances will have the other accounts outstanding as well.
Thus, only statement D is correct in disclosing the difference between various trial balances.
Answer: a) High performing teams are able to come up with more rapid solutions and have increased productivity.
Explanation:
A high performing team is as the term implies, one that is productive. To be productive one has to be able to come up with solutions to problems as fast as possible and implement those solutions so as to continue or even increase production.
A high performing team is one that would do the above. Laura's team provides inputs and insights which means they come up with solutions and they also show up to work every day to be productive. They are indeed a high performing team.
