Question

In: Accounting

Rick is currently 35 years old. He plans to retire at age 65 and hopes to...

  1. Rick is currently 35 years old. He plans to retire at age 65 and hopes to live to age 85. His labour income is $50,000 per year, and he intends to maintain a constant level of real consumption spending over the next 50 years. Assuming a real interest rate of 3% per year, no taxes, and no growth in real labour income, what is the value of Rick’s human capital?

****I would like this broken down step by step, and the formula that was used for it****

Solutions

Expert Solution

Rick earns $50000 per year and he will continue to earn so for the next 30 years, therefore his human capital should be such an amount that grows @ 3% and gets reduced annually by $50000 would last for 30 years which will basically be the PV of 30 years of annual income of $50000 discounted at 3%.

We approach this problem step-wise

Step 1 If Rick's annual income is $50000 and real interest rate is 3%, it means that Rick is worth an asset that would yield $50000 per year @ 3% yield for 30 years.

Step 2 Value of Rick's Human capital = 50000 x PVAF (3%,30)

= 50000 x 19.60

= $980000

Step 3 Proof of the above calculation is shown in the following table where the abovementioned value i.e $1286488 is grown @3% and reduced by $50000 annually is shown lasting for 30 years.

Opening Interest @ 3% Reduction Closing
Year 1 980000.00 29400.00 50000.00 959400.00
Year 2 959400.00 28782.00 50000.00 938182.00
Year 3 938182.00 28145.46 50000.00 916327.46
Year 4 916327.46 27489.82 50000.00 893817.28
Year 5 893817.28 26814.52 50000.00 870631.80
Year 6 870631.80 26118.95 50000.00 846750.76
Year 7 846750.76 25402.52 50000.00 822153.28
Year 8 822153.28 24664.60 50000.00 796817.88
Year 9 796817.88 23904.54 50000.00 770722.41
Year 10 770722.41 23121.67 50000.00 743844.09
Year 11 743844.09 22315.32 50000.00 716159.41
Year 12 716159.41 21484.78 50000.00 687644.19
Year 13 687644.19 20629.33 50000.00 658273.52
Year 14 658273.52 19748.21 50000.00 628021.72
Year 15 628021.72 18840.65 50000.00 596862.37
Year 16 596862.37 17905.87 50000.00 564768.25
Year 17 564768.25 16943.05 50000.00 531711.29
Year 18 531711.29 15951.34 50000.00 497662.63
Year 19 497662.63 14929.88 50000.00 462592.51
Year 20 462592.51 13877.78 50000.00 426470.29
Year 21 426470.29 12794.11 50000.00 389264.39
Year 22 389264.39 11677.93 50000.00 350942.33
Year 23 350942.33 10528.27 50000.00 311470.60
Year 24 311470.60 9344.12 50000.00 270814.71
Year 25 270814.71 8124.44 50000.00 228939.15
Year 26 228939.15 6868.17 50000.00 185807.33
Year 27 185807.33 5574.22 50000.00 141381.55
Year 28 141381.55 4241.45 50000.00 95623.00
Year 29 95623.00 2868.69 50000.00 48491.69
Year 30 48491.69 1508.31 50000.00 0.00

Related Solutions

1. George is currently 30 years old, plans to retire at the age of 65 and...
1. George is currently 30 years old, plans to retire at the age of 65 and to live to the age of 85. His labor income is $25,000 per year, and he intends to maintain a constant level of real consumption spending over the next 55 years. Assume no taxes, no growth in real salary, and a real interest rate of 3% per year. a. What is the value of George’s human capital? b. What is his permanent income? c....
Mike is currently 35 years old and plans on retiring at the age of 65. Ideally,...
Mike is currently 35 years old and plans on retiring at the age of 65. Ideally, Mike would like to retire with $1,000,000.00. (Input all answers as positive values, no commas, with no symbols ex. no $ or %. Input all % answers as whole numbers without symbols ex. 10.03 for .1003. Input all final answers two decimal places out.) How much would Mike have to deposit on an annual basis to reach his goal if he can get a...
Mike is currently 35 years old and plans on retiring at the age of 65. Ideally,...
Mike is currently 35 years old and plans on retiring at the age of 65. Ideally, Mike would like to retire with $1,000,000.00. (Input all answers as positive values, no commas, with no symbols ex. no $ or %. Input all % answers as whole numbers without symbols ex. 10.03 for .1003. Input all final answers two decimal places out.) How much would Mike have to deposit on a monthly basis to reach his goal if he can get a...
Mike is currently 35 years old and plans on retiring at the age of 65. Ideally,...
Mike is currently 35 years old and plans on retiring at the age of 65. Ideally, Mike would like to retire with $1,000,000.00. (Input all answers as positive values, no commas, with no symbols ex. no $ or %. Input all % answers as whole numbers without symbols ex. 10.03 for .1003. Input all final answers two decimal places out.) If Mike can only find an annual return of 8% compounded on a monthly basis and can only deposit $400...
Mike is currently 35 years old and plans on retiring at the age of 65 ideally...
Mike is currently 35 years old and plans on retiring at the age of 65 ideally Mike would like to retire with one million dollars. a. How much would Mike have to deposit on an annual basis to reach his goal if he can get return of 12% compounded annually.? b. How much would mike deposit on a monthly basis to reach his goal if he can get a return of 10% compounded monthly? c. If mike can find an...
A friend wants to retire in 30 years when he is 65. At age 35, he...
A friend wants to retire in 30 years when he is 65. At age 35, he can invest $500/month that earns 6% each year. But he is thinking of waiting 15 years when he is age 50, and then investing $1,500/month to catch up, earning the same 6% per year. He feels that by investing over twice as much for half as many years (15 instead of 30 years) he will have more. A. What is the future value of...
Your dad is now 55 years old and plans to retire at age 70. He currently...
Your dad is now 55 years old and plans to retire at age 70. He currently has a stock portfolio worth $450,000. The portfolio is expected to earn a return of 8 percent per year. b. Assume he plans to invest an additional $12,000 every year in his portfolio for the next 15 years (starting one year from now). How much will his investments be worth when he retires at 70? c. Assume that your dad expects to live 20...
A man plans to retire in 25 years and spend 35 years in retirement. He currently...
A man plans to retire in 25 years and spend 35 years in retirement. He currently earns $82,500 before-tax annually, which increases annually with the level of inflation. He has determined that he needs 70% of his pre-retirement income for his retirement years. He currently has $282,000 in his RRSP account and $10,000 in a non-registered account. He will earn 5.50% before retirement and during retirement he will readjust his portfolio to be more conservative earning 3.50%. Inflation is 2%...
Florian plans to retire in 25 years and spend 35 years in retirement. He currently earns...
Florian plans to retire in 25 years and spend 35 years in retirement. He currently earns $82,500 before-tax annually, which increases annually with the level of inflation. He has determined that he needs 70% of his pre-retirement income for his retirement years. He currently has $282,000 in his RRSP account and $10,000 in a non-registered account. He will earn 5.50% before retirement and during retirement he will readjust his portfolio to be more conservative earning 3.50%. Inflation is 2% and...
1. Florian plans to retire in 25 years and spend 35 years in retirement. He currently...
1. Florian plans to retire in 25 years and spend 35 years in retirement. He currently earns $82,500 before-tax annually, which increases annually with the level of inflation. He has determined that he needs 70% of his pre-retirement income for his retirement years. He currently has $282,000 in his RRSP account and $10,000 in a non-registered account. He will earn 5.50% before retirement and during retirement he will readjust his portfolio to be more conservative earning 3.50%. Inflation is 2%...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT