In: Finance
You are saving for your child's education since you did not participate in the Texas Tomorrow Fund. Your child is five-year-old today. Starting next quarter, you will deposit $300 every quarter until you child turns 17. Your last payment will be on his 17th year. You can to withdraw $X very year starting his 18th birthday for 4 years, first payment on his 18th birthday. Assuming you have investing your money in an account is provides 12% return and the interest is compounded daily (365 days).
a. $13,826.63
b. $11,998.78
c. $10,608.75
d. $8,982.45
e. $5,782.88
EAR = [(1 +stated rate/no. of compounding periods) ^no. of compounding periods - 1]* 100 |
Effective Annual Rate = ((1+12/365*100)^365-1)*100 |
Effective Annual Rate% = 12.7475 |
We need to convert effective rate to quarterly rate as deposits are made on quarterly basis
EAR = [(1 +stated rate/no. of compounding periods) ^no. of compounding periods - 1]* 100 |
12.7475 = ((1+Stated rate%/(4*100))^4-1)*100 |
0.127475=((1+Stated rate%/(4*100))^4-1) |
1.127475=(1+Stated rate%/(4*100))^4
1.127475^(1/4)=(1+Stated rate%/(4*100))
1.03044=(1+Stated rate%/(4*100))
0.03044=Stated rate%/(4*100)
stated rate% = 0.03044*4*100
stated rate=12.1798%
FVOrdinary Annuity = C*(((1 + i )^n -1)/i) |
C = Cash flow per period |
i = interest rate |
n = number of payments |
FV= 300*(((1+ 12.1795/400)^(12*4)-1)/(12.1795/400)) |
FV = 31721.09 |
PVOrdinary Annuity = C*[(1-(1+i/100)^(-n))/(i/100)] |
C = Cash flow per period |
i = interest rate |
n = number of payments |
31721.09= Cash Flow*((1-(1+ 12.7475/100)^-4)/(12.7475/100)) |
Cash Flow = 10608.75 |
FVordinary Annuity
PVordinary Annuity
FVordinary Annuity
PVordinary Annuity