Complete each requirement on a separate worksheet. Each requirement must have a user input section. Makeup and enter your own numbers for the user inputs for each requirement. Requirements: 1. Create a user input section for the user to input the annual effective interest rate and number of periods per year. Calculate the annual nominal interest rate. 2. The user can invest money at the end of each year. Create a user input section for the user to input the amount that they will invest at the end of each year. Using an annual interest rate of 9%, how much will the user have at the end of 7 years? 3. The user wants to save oney to buy a new car 10 years from today. The new car will cost $125,000. Create a user input section for the user to input the amount that they can invest at the beginning of each year. What annual interest rate will they need to earn to have enough cash to buy the car 10 years from today?

Complete each requirement on a separate worksheet. Each requirement must have a user input section. Makeup and enter your own numbers for the user inputs for each requirement. Requirements: 1. Create a user input section for the user to input the annual effective interest rate and number of periods per year. Calculate the annual nominal interest rate. 2. The user can invest money at the end of each year. Create a user input section for the user to input the amount that they will invest at the end of each year. Using an annual interest rate of 9%, how much will the user have at the end of 7 years? 3. The user wants to save oney to buy a new car 10 years from today. The new car will cost $125,000. Create a user input section for the user to input the amount that they can invest at the beginning of each year. What annual interest rate will they need to earn to have enough cash to buy the car 10 years from today?

Excel Applications for Accounting Principles

4th Edition

ISBN:9781111581565

Author:Gaylord N. Smith

Publisher:Gaylord N. Smith

Chapter27: Time Value Of Money (compound)

Section: Chapter Questions

Problem 1E

See similar textbooks

Similar questions

A borrower has two alternatives for a loan: (1) issue a $360,000, 75-day, 6% note or (2) issue a $360,000, 75-day note that the creditor discounts at 6%. Assume a 360-day year. This information has been collected in the Microsoft Excel Online file. Open the spreadsheet, perform the required analysis, and input your answers in the questions below. Calculate the amount of the interest expense for each option. Round your answer to the nearest dollar. $ ________________________ Determine the proceeds received by the borrower in each alternative. Round your answers to the nearest dollar. (1) $360,000, 75-day, 6% interest-bearing note: $___________________________ (2) $360,000, 75-day note discounted at 6%: $ _________________________
A borrower has two alternatives for a loan: (1) issue a $420,000, 30-day, 6% note or (2) issue a $420,000, 30-day note that the creditor discounts at 6%. Assume a 360-day year. This information has been collected in the Microsoft Excel Online file. Open the spreadsheet, perform the required analysis, and input your answers in the questions below. Calculate the amount of the interest expense for each option. Round your answer to the nearest dollar. $ fill in the blank 2 for each alternative. Determine the proceeds received by the borrower in each alternative. Round your answers to the nearest dollar. (1) $420,000, 30-day, 6% interest-bearing note: $ fill in the blank 3 (2) $420,000, 30-day note discounted at 6%: $ fill in the blank 4 Alternative 1 is more favorable to the borrower because the borrower receives more cash .
For TVM calculator: Write each known variable’s value as it appears in the calculator and use a question mark for the missing variable. Then, in the space provided write the missing variable’s value, as it appears in the calculator. Finally, write your final answer in context, with units, as a complete sentence. Herman is looking to invest $5,000 in an account that earns 3.7% annual interest compounded semi-annually. If Herman plans to regularly deposit semi-annual payments of $1,575 into the account, how much is the account worth after 30 years? N=60 I= 3.7 PV=5000 PMT= 1575 FV= ? P/Y=2 C/Y=2 Missing Variable Value __________________ Context Sentence:
Calculate the amount financed, the finance charge, and the monthly payments (in $) for the add-on interest loan. (Round your answers to the nearest cent.)
Suppose you want to have $600,000 for retirement in 25 years. Your account earns 4% interest. How muc would you need to deposit in the account each month? Submit Question /course/showcalendar.php?cid=179278 Search
Alexa takes out a loan of 94,000 at an annual effective discount rate of 6%. The loan is to be repaid with annual payments of 10,000. The first payment is due 4 years after the loan is taken out. Calculate the amount of the drop payment. Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answwer.
Write each known variable’s value as it appears in the calculator and use a question mark for the missing variable. Then, in the space provided write the missing variable’s value, as it appears in the calculator. Finally, write your final answer in context, with units, as a complete sentence. Use a TVM Solver is necessary. Daniel plans on making monthly payments into an account that earns 3.5% compounded monthly. If he wants $15,000 in 20 years, what do his payments need to be? N _____________ I%_____________ Missing Variable Value_______________________ PV_____________ PMT____________ Context Sentence: FV______________ P/Y_____________ C/Y_____________
Find the interest earned on $5,750 deposited into a savings account for 3 1/2 years at an annual interest rate of 4 1/2% a. What formula should be used? b. What are you trying to find and what variable does it represent in the formula? c. Solve the problem showing all of your work (must show all steps!!) d. Interpet your answer using a complete sentence You may use the box below to upoload a picture of your written explanation or type it out in the box. Use the "mountain" button to add pictures.
Calculate the table factor, the finance charge, and the monthly payment (in $) for the loan by using the APR table, Table 13-1. (Round your answers to the nearest cent.)
For TVM calculator: Write each known variable’s value as it appears in the calculator and use a question mark for the missing variable. Then, in the space provided write the missing variable’s value, as it appears in the calculator. Finally, write your final answer in context, with units, as a complete sentence. Donald is looking to invest in an account earning an interest rate of 1.75% compounded weekly and make weekly payments. If he wants $21,000 in 10 years, what do his payments need to be? N=520 I= 1.75 PV=? PMT=? FV= 21,000 P/Y=52 C/Y=52 Missing Variable Value __________________ Context Sentence:
For TVM calculator: Write each known variable’s value as it appears in the calculator and use a question mark for the missing variable. Then, in the space provided write the missing variable’s value, as it appears in the calculator. Finally, write your final answer in context, with units, as a complete sentence. Patricia deposits $1,000 into an account that earns 4.9% compounded monthly and plans to make monthly payments of $170 into the account. How long must she invest until she has $35,000? N=? I= 4.9 PV=1,000 PMT=170 FV= 35,000 P/Y=12 C/Y=12 Missing Variable Value __________________ Context Sentence:
In the Excel Payment Function file that follows, you are looking to see what your basic mortgage payment will be if you buy a home for $250,000. It will be a 30-year mortgage. The interest your bank will charge will be 7.5%. In cell C5, use the PMT function to determine what your monthly payment will be. Submit the spreadsheet in Canvas.