More Subjects
Seminar
Student’s name
Institution
Find the future value and total interest of the annuity.
Future value of an annuity
Future value=Annuity{1+rn-1r}
Future value=1200{1+0.0558-10.055}
Future value =11,665.89
Interest: we must obtain the total payments for the entire 8 years
1200*8 = 9,600
Interest = Future value – Total payments
=11,665.89 – 9,600
=2,065.89
2. Find the future value of an annuity due with an annual payment of $11,000 for three years at 5% annual interest using the simple interest formula. How much was invested? How much interest was earned?
Future value=Annuity1+rn-1r*(1+r)
Future value=11,0001+0.053-10.05*(1+0.05)
Future Value =36,411.375
Investment for 3 months = Annual payments * Number of years
11,000*3 =33,000
Interest = 36,411.375 – 33,000
=3,411.38
3. June Watson is contributing $2,500 each year to a Roth IRA. The IRA earns 3.8% per year. How much will she have at the end of 40 years?
Future value=Annuity1+rn-1r
Future value=2,5001+0.03840-10.038
Future Value = 226,659.80
If the first payment was made with the establishment of the Roth IRA, then the amount expected would be
The future value when the period is 40 years and deduct the first year
226,659.80 – 2,500
=224,159.80
The amount expected would be
224,159.80 + 2500*1.038
=223,754.80
4. Jack Walter recognizes the value of saving part of his income. He has set a goal to have $30,000 in cash available for emergencies. How much should he invest semi-annually to have $30,000 in five years if the sinking fund he has selected pays 8% annually, compounded semi-annually?
In this question, we have to find the annuity value from the expected future value as follows:
30,000=Annuity1+0.0410-10.04
Annuity = 30,000/12.0061
The amount is 2,498.73
5. Harry and Lisa Perry have agreed to pay for their granddaughter's college education and need to know how much to set aside so annual payments of $20,000 can be made for five years at 3% annual interest.
Future value=20,0001+0.035-10.03
= 106,182.72
If the amount is set aside at the beginning of each year, then the value is:
106,182.72*1.03
= 109,368.20
More Subjects
Join our mailing list
@ All Rights Reserved 2023 info@freeessaywriter.net