In: Finance
John starts his career at 21 years old and expects to retire 44 years later at the age of 65. His first annual salary is $72,000 that will increase at 1.5% per year until he finishes his part-time MBA at 28 years old. With his MBA, John expects salary to increase at 3% per year until retirement. At the end of each year, he deposits 10% of his annual salary into a retirement saving plan that pays 6% interest per year compounded monthly. On the first day of his retirement, John converts his whole retirement saving plan into a registered retirement income fund (RRIF) that earns 8% interest per year compounded quarterly. The RRIF will pay John $Y per quarter, the first payment being paid on the day he buys the RRIF, for 25 years. Find Y. (Show your work without using MS Excel)
Future value(FV) of Cash flow at the end of Year N | |||||||||
FV=(Cash Flow)*(1+i)^(N-t) | |||||||||
t=time (year) of Cash Flow | |||||||||
i=interest rate | |||||||||
Monthly interest rate=(6/12)%= | 0.005 | ||||||||
Annual effective Rate =((1+0.005)^12)-1= | 0.061677812 | ||||||||
i=0.061678, N=44 | |||||||||
Salary in Year2=72000*1.015= | $73,080 | ||||||||
Till t=7(Age 28), Salary in year (t+1)=1.015*(Salary in year(t) | |||||||||
After t=7, Salary in year (t+1)=1.03*(salary in year (t) | |||||||||
t | A | B=0.1*A | FV=B*(1.061678^(44-t) | ||||||
Year | Salary | Cashflow(Savings) | Future Value of Cash flow | ||||||
1 | $72,000 | $7,200 | $94,411 | ||||||
2 | $73,080 | $7,308 | $90,260 | ||||||
3 | $74,176 | $7,418 | $86,292 | ||||||
4 | $75,289 | $7,529 | $82,498 | ||||||
5 | $76,418 | $7,642 | $78,871 | ||||||
6 | $77,564 | $7,756 | $75,403 | ||||||
7 | $78,728 | $7,873 | $72,088 | ||||||
8 | $81,090 | $8,109 | $69,937 | ||||||
9 | $83,522 | $8,352 | $67,850 | ||||||
10 | $86,028 | $8,603 | $65,826 | ||||||
11 | $88,609 | $8,861 | $63,862 | ||||||
12 | $91,267 | $9,127 | $61,956 | ||||||
13 | $94,005 | $9,401 | $60,108 | ||||||
14 | $96,825 | $9,683 | $58,314 | ||||||
15 | $99,730 | $9,973 | $56,574 | ||||||
16 | $102,722 | $10,272 | $54,886 | ||||||
17 | $105,804 | $10,580 | $53,248 | ||||||
18 | $108,978 | $10,898 | $51,660 | ||||||
19 | $112,247 | $11,225 | $50,118 | ||||||
20 | $115,615 | $11,561 | $48,623 | ||||||
21 | $119,083 | $11,908 | $47,172 | ||||||
22 | $122,656 | $12,266 | $45,765 | ||||||
23 | $126,335 | $12,634 | $44,399 | ||||||
24 | $130,125 | $13,013 | $43,074 | ||||||
25 | $134,029 | $13,403 | $41,789 | ||||||
26 | $138,050 | $13,805 | $40,542 | ||||||
27 | $142,191 | $14,219 | $39,332 | ||||||
28 | $146,457 | $14,646 | $38,159 | ||||||
29 | $150,851 | $15,085 | $37,020 | ||||||
30 | $155,376 | $15,538 | $35,916 | ||||||
31 | $160,038 | $16,004 | $34,844 | ||||||
32 | $164,839 | $16,484 | $33,804 | ||||||
33 | $169,784 | $16,978 | $32,796 | ||||||
34 | $174,877 | $17,488 | $31,817 | ||||||
35 | $180,124 | $18,012 | $30,868 | ||||||
36 | $185,527 | $18,553 | $29,947 | ||||||
37 | $191,093 | $19,109 | $29,053 | ||||||
38 | $196,826 | $19,683 | $28,186 | ||||||
39 | $202,731 | $20,273 | $27,345 | ||||||
40 | $208,813 | $20,881 | $26,529 | ||||||
41 | $215,077 | $21,508 | $25,738 | ||||||
42 | $221,530 | $22,153 | $24,970 | ||||||
43 | $228,175 | $22,818 | $24,225 | ||||||
44 | $235,021 | $23,502 | $23,502 | ||||||
SUM | $2,159,580 | ||||||||
PV | Retirement Savings at age 65 | $2,159,580 | |||||||
Rate | Quarterly Interest Rate=(8/4)% | 2% | |||||||
Nper | Number of quarterly payments | 100 | (25*4) | ||||||
Type | Payments at beginning of quarters | 1 | |||||||
PMT | Y=Payment per quarter | $49,125.67 | (Using PMT function of excel with Rate=2%,Nper=100,Pv=-2159500,Type=1) | ||||||
ExcelCommand : PMT(2%,100,-2159580,,1) | |||||||||