Your parents just gave you $10,000 to be saved for a down payment on a home. You agree to save an additional $500 each month for the next three years in an investment account that compounds interest monthly. How much will you have saved at the end of three years assuming the annual interest rate is (a) 5% compounded monthly, (b) 7% compounded monthly, or (c) 9% compounded monthly? Formulas should include the =FV function and return a POSITIVE value. Initial investment Additional amount invested at the end of each month Term of investment (years) Compounding periods per year Interest rate 5% compounded monthly 7% compounded monthly 9% compounded monthly $10,000 $500 3 12 Future Value

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Your parents just gave you $10,000 to be saved for a down payment on a home. You agree to save an
additional $500 each month for the next three years in an investment account that compounds interest
monthly. How much will you have saved at the end of three years assuming the annual interest rate is (a)
5% compounded monthly, (b) 7% compounded monthly, or (c) 9% compounded monthly?
Formulas should include the =FV function and return a POSITIVE value.
Initial investment
Additional amount invested at the end of each month
Term of investment (years)
Compounding periods per year
Interest rate
5% compounded monthly
7% compounded monthly
9% compounded monthly
$10,000
$500
3
12
Future Value
Transcribed Image Text:Your parents just gave you $10,000 to be saved for a down payment on a home. You agree to save an additional $500 each month for the next three years in an investment account that compounds interest monthly. How much will you have saved at the end of three years assuming the annual interest rate is (a) 5% compounded monthly, (b) 7% compounded monthly, or (c) 9% compounded monthly? Formulas should include the =FV function and return a POSITIVE value. Initial investment Additional amount invested at the end of each month Term of investment (years) Compounding periods per year Interest rate 5% compounded monthly 7% compounded monthly 9% compounded monthly $10,000 $500 3 12 Future Value
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