Answer:
The correct answer is B.
Explanation:
Giving the following information:
Investment= $600 today and $600 at the end of year 5
Interest rate= 3%
To calculate the final value, we need to apply the following formula on each investment:
FV= PV*(1+i)^n
FV= 600*(1.03^6)= $716.43
FV= 600*(1.03^1)= $618
Total FV= $1,334.43
Answer:
after 9 years:
FV $15,625.2437
in 14 years:
FV $31,223.0270
last, at the nineteenth year:
FV $55,222.1501
Explanation:
We have to solve for the annuity of 1,200 dollar with a yield of 9% at the proposed times:
C 1,200.00
time 9
rate 0.09
FV $15,625.2437
time = 14
FV $31,223.0270
time = 19
FV $55,222.1501
Answer:
entire initial investment will not be recovered.
Explanation:
Payback period is one of the methods used in capital budgeting.
Payback period calculates how long it takes for the amount invested in a project to be recovered from its cummulative cash flows.
For example, if a project costs $360 and the cash flow each year for its 6 years useful life is $120. The amount invested would be gotten back from the cummulative cash flow in 3 years.
But if a project costs $360 and the cash flow each year for its 2 years useful life is $120. The amount invested would never be gotten back the cummulative cash flow. Therefore, the entire investment amount will never be entirely recovered.
The project will always not be profitable
I hope my answer helps you.
Answer:
pat should drive if saving half an hour is worth $0.50 or more
Explanation:
Marginal cost is the additional cost generated by producing an additional unit of output.
Marginal cost of taking the bus = 1 / 2 = 0.50
Marginal utility is the additional utility derived from consuming one more unit of a good
Marginal utility per good = marginal utility / price of the good
Pat should take the action that would yield him the highest utility given the marginal cost
So,pat should drive if saving half an hour is worth $0.50 or more
