Question

What is the total future value in 35 years of the following cash flows: $11,000 invested...

What is the total future value in 35 years of the following cash flows: $11,000 invested today, $30,000 invested in 6 years and 7 months, and $45,000 invested in 15 years and 2 months? Use a discount rate of .8% monthly.

Please show me how I would set this up on excel...What equations would be used to solve each. Thank you!

Homework Answers

Answer #1

Let us calculate ..... "n" = number of months

For 11000, we have n = 35*12 months = 420 months

For 30000 we have = 420 - ( 6 * 12 + 7 ) = 341 months

For 45000 we have = 420 - ( 15 * 12 + 2 ) = 238 months

Excel sheet operations

(1) Enter 11000, 30000 and 45000 in the cells A1 , A2, and A3

(2) Enter the formula ............. =POWER(1.008,420) in B1

=POWER(1.008,341) in B2

=POWER(1.008,238) in B3

(3) Multiply the A1 and B1 in the cell C1 ........... in the cell C1 enter = A1 * B1 and then drag the formula for C2 and C3.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
What is the total future value in 40 years of the following cash flows: $10,000 invested...
What is the total future value in 40 years of the following cash flows: $10,000 invested today, $25,000 invested in 6 years and 7 months, and $50,000 invested in 15 and 2 months? Use a discount rate .9% monthly.
What is the total future value in 40 years of the following cash flows: $10,000 invested...
What is the total future value in 40 years of the following cash flows: $10,000 invested today, $25,000 invested in 6 years and 7 months, and $50,000 invested in 15 and 2 months? Use a discount rate .9% monthly.
What is the total future value of the following cash flows: a.) $10,000 invested today for...
What is the total future value of the following cash flows: a.) $10,000 invested today for 20 years at an annual rate of 4.7% b.) $25,000 invested for 6 years at 6% c.) $50,000 invested for 15 years at 2.8% d.) Which of the above is the best investment? Why?
a. What is the future value of $10,000 invested for 15 years at 9%? b. What...
a. What is the future value of $10,000 invested for 15 years at 9%? b. What is th future value of $10,000 invested each year for 15 years at 9%? c. What amount must be invested today to pay out the following if 8% can be earned on investments? -$10,000 in 10 years -$10,000 in each of the next 10 years
In excel solve the following: 1.)What is the Future Value of an annual payment of 300,...
In excel solve the following: 1.)What is the Future Value of an annual payment of 300, for 5 years, with a rate of 3%: 2.) In what time, if I deposit B / .1000.00 are equivalent to B / .8,000.00, with 20% interest 3.)How much money would I have to deposit today, so that in 10 years I can withdraw B / .5,000.00, the bank pays me 2.5% interest.
Please compute the following present values and future values: 1) The future value of $500 invested...
Please compute the following present values and future values: 1) The future value of $500 invested for 10 years at 10% interest. 2) The future value of $800 invested for 5 years at 15% interest. 3) The future value of $30,000 invested for 20 years at 6%. 1) The present value of $200,000 to be received in 20 years, if discounting at 5%. 2) The present value of $80,000 to be received in 10 years, if discounting at 8%. 3)...
Assume you are now 30 years old. You plan to retire when you are 60 years...
Assume you are now 30 years old. You plan to retire when you are 60 years old. You think you will live until you are 85 years old. a. If the rate of return during your working years (a.k.a. the "savings period") is 10% and you plan to save $1,000 per year, how much will you have saved up by retirement age? b. If the rate of return during your retirement is 7%, how much will you receive as an...
Find the following values: a. The future value of a lump sum of $6,000 invested today...
Find the following values: a. The future value of a lump sum of $6,000 invested today at 9 percent, annual compounding for 7 years. b. The future value of a lump sum of $6,000 invested today at 9 percent, quarterly compounding for 7 years. c. The present value of $6,000 to be received in 7 years when the opportunity cost (discount rate) is 9%, annual compounding. d. The present value of $6,000 to be received in 7 years when the...
Q1 What is the future value in seven years of 1200 invested in an account of...
Q1 What is the future value in seven years of 1200 invested in an account of annual percentage rate of 8 percent, compounded semi annually. B What is the future value in seven years of 1200 invested in an account of annual percentage rate of 8 percent, compounded annually. C What is the future value in seven years of 1200 invested in an account of annual percentage rate of 8 percent, compounded monthly. D What is the future value in...
a. What is the future value in six years of $1,400 invested in an account with...
a. What is the future value in six years of $1,400 invested in an account with an annual percentage rate of 9 percent, compounded annually? (Do not round intermediate calculations and round your answer to 2 decimal places, e.g., 32.16.) Future value $   b. What is the future value in six years of $1,400 invested in an account with an annual percentage rate of 9 percent, compounded semiannually? (Do not round intermediate calculations and round your answer to 2 decimal...