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3. Write a program that takes a bank account balance and an interest rate as an input. And then outputs the value of the account in 10 years. The output should show the value of the account for three different methods of compounding interest: annually, monthly, and daily. When compounded annually, the interest is added once per year at the end of the year. When compounded monthly the interest is added in 12 times per year. When computed daily, the interest is added 365 times per year. You do not have to worry about leap years. Assume all years have 365 days. On annual interest, you can assume that the interest is posted exactly one year from the date of deposit. In other words, you do not have to worry about interest being posted on a specific day of the year, like December 31. Similarly, you can assume monthly interest is posted exactly one month after. Since the account earns interest on the interest, the account should have a higher balance when interest is posted more frequently. Be sure to adjust the

3. Write a program that takes a bank account balance and an interest rate as an input. And then outputs the value of the account in 10 years. The output should show the value of the account for three different methods of compounding interest: annually, monthly, and daily. When compounded annually, the interest is added once per year at the end of the year. When compounded monthly the interest is added in 12 times per year. When computed daily, the interest is added 365 times per year. You do not have to worry about leap years. Assume all years have 365 days. On annual interest, you can assume that the interest is posted exactly one year from the date of deposit. In other words, you do not have to worry about interest being posted on a specific day of the year, like December 31. Similarly, you can assume monthly interest is posted exactly one month after. Since the account earns interest on the interest, the account should have a higher balance when interest is posted more frequently. Be sure to adjust the

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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3. Write a program that takes a bank account balance and an interest rate as an input. And then outputs the value of the account in 10 years. The output should show the value of the account for three different methods of compounding interest: annually, monthly, and daily. When compounded annually, the interest is added once per year at the end of the year. When compounded monthly the interest is added in 12 times per year. When computed daily, the interest is added 365 times per year. You do not have to wory about leap years. Assume all years have 365 days. On annual interest, you can assume that the interest is posted exactly one year from the date of deposit. In other words, you do not have to wory about interest being posted on a specific day of the year, like December 31. Similarly, you can assume monthly interest is posted exactly one month after. Since the account eams interest on the interest, the account should have a higher balance when interest is posted more frequently. Be sure to adjust the interest rate for the time period of the interest. If the rate is 5%, then when posting monthly interest, you use (5/12%).When posting daily interest, you use (5/365)%. Do your calculations using a loop that adds in the interest for each time period. (Do not use some sort of algebraic formula). Your program should have an outer loop that allows the user to repeat this calculation for a new balance and interest rate. The calculation is repeated until the user indicates that she/he wants to end the program. Source Code:
Transcribed Image Text:3. Write a program that takes a bank account balance and an interest rate as an input. And then outputs the value of the account in 10 years. The output should show the value of the account for three different methods of compounding interest: annually, monthly, and daily. When compounded annually, the interest is added once per year at the end of the year. When compounded monthly the interest is added in 12 times per year. When computed daily, the interest is added 365 times per year. You do not have to wory about leap years. Assume all years have 365 days. On annual interest, you can assume that the interest is posted exactly one year from the date of deposit. In other words, you do not have to wory about interest being posted on a specific day of the year, like December 31. Similarly, you can assume monthly interest is posted exactly one month after. Since the account eams interest on the interest, the account should have a higher balance when interest is posted more frequently. Be sure to adjust the interest rate for the time period of the interest. If the rate is 5%, then when posting monthly interest, you use (5/12%).When posting daily interest, you use (5/365)%. Do your calculations using a loop that adds in the interest for each time period. (Do not use some sort of algebraic formula). Your program should have an outer loop that allows the user to repeat this calculation for a new balance and interest rate. The calculation is repeated until the user indicates that she/he wants to end the program. Source Code:
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