4. How much do I need to retire? Here are your assumptions. You are 30. You will retire when you are 65. You want $40,000 a year when you retire. You will be an aggressive investor today and have an average market return of 9%. When you retire, you will be conservative in your investing and get into bonds that have a market return of 4.5%. You expect that inflation will be 3%. You currently have $20,000 in savings as of today. You are expecting to live until 85. How much do you need to have saved when you turn 65? (Hint: if you want to work out how much you need to save every year, under PMT, it will be 36 years)
Answer: $1,000,000.00
Answer: $3,200,846.75
Answer: $45,000,000
Answer: $1,940,755.74
5. You are buying a car. You do not like playing the financing game
where they leave you in the sales room for an hour to go calculate
everything – because you are busy, you got stuff to do. The car
costs $15,000. The interest on the car is 2.5% annual. You want to
pay it off in 5 years. Tell the salesperson what the car payment
will be per month.
Answer: $180.45
Answer: $266.21
Answer: $789.38
Answer: $50.00
6. You just graduated with your LSUS MHA. Healthcare professionals
are eager to hire you. You have two competing job offers. Job #1 –
offers $50,000 a year with a guarantee raise of 2% a year. Job #2
offers $48,000 with a guarantee of 6% raise every year. You know
that you will stay at this job for 5 years minimum. You expect
inflation (discount rate) to be around 3%. What job do you
take?
Answer: Job #1 – The NPV is $250,450
Answer: Job #1 – The NPV is $238,051
Answer: Job #2 – The NPV is $246,984
Answer: Job #2 – The NPV is $415,002
4)
Retirement time = 30 years.
Amount required at Year 65 = $40000 and growing at rate of inflation every year. This is like a growing annuity.
The present value of this increasing annuity = ; where r is the interest rate
Earned (4.5%), g is the growth rate (3%) and t is 30 years.
PV = 938455.68
Hence the closest option is option 1.
This is the amount that should be saved by age 65.
5)
This question requires application of PV of annuity, which is mathematically represented as:
For this question, n = 5 * 12
= 60 months
r = 2.5%/12
= 0.2083% (monthly)
15000 = P * (0.1174/0.002083)
P = 15000/56.3464
= $266.21
6) | ||||
PVF @ 3% | Job 1 C.F. | PV | Job 2 C.F. | PV |
0.9708738 | 50000 | 48544 | 48000 | 46602 |
0.9425959 | 51000 | 48072 | 50880 | 47959 |
0.9151417 | 52020 | 47606 | 53933 | 49356 |
0.888487 | 53060 | 47143 | 57169 | 50794 |
0.8626088 | 54122 | 46686 | 60599 | 52273 |
TOTAL | 238051 | 246984 | ||
The NPV is $246,984 |
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