Suppose that you decide to borrow $15,000 for a new car. You can select one of the following loans, each requiring regular monthly payments.Installment Loan A: three-year loan at 6.3%Installment Loan B: five-year loan at 4.8%PA[¹-(1+]Use PMT=-nt7to complete parts (a) through (c) below.a. Find the monthly payments and the total interest for Loan A.The monthly payment for Loan A is $.(Do not round until the final answer. Then round to the nearest cent as needed.)

Loan amount, P = $15,000 Interest rate, r = 6.3% Term, t = 3 years Payments per period, n = 12 Using…

Answered: Suppose that you decide to borrow…

Corporate Fin Focused Approach

5th Edition

ISBN:9781285660516

Author:EHRHARDT

Publisher:EHRHARDT

Chapter4: Time Value Of Money

Section4.17: Amortized Loans

Problem 1ST

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Assume you take out a car loan of $8,600 that calls for 48 monthly payments of $300 each. a. What is the APR of the loan? (Do not round intermediate calculations. Enter your answer as a percent rounded to 2 decimal places. Use a financial calculator or Excel.) b. What is the effective annual interest rate on the loan? (Do not round intermediate calculations. Enter your answer as a percent rounded to 2 decimal places.)
A contour diagram of the monthly payment on a 5 year car loan as a function of the interest rate and and the amount you borrow is shown in the figure below. loan amount ($) 8,000 7,000 6,000 5,000 4,000 3,000 2,000 60 80 Loan amount $ 140- 100 $ 120 員員员虽 1 3 5 7 9 11 13 15 (a) If the interest rate is 13% and you borrow $6000, what is your approximate monthly payment? (Estimate to within 5 dollars of the actual amount.) $ 140 (b) If interest rates drop to 11%, approximately how much more can you borrow without increasing your monthly payment? (Estimate to within 100 dollars of the actual amount.) $ 500 X interest rate (%) (c) Suppose your monthly payment is $120. Complete the table below showing how much you can borrow, without increasing your monthly payment, as a function of the interest rate. (Estimate to within 100 dollars of the actual amount.) Interest rate 1 % 3% $ 5 % $ 7%
I need help with answering question B: A car loan offered by Bank One requires quarterly payments and has an APR of 4.8 percent, whereas a the same loan amount may be obtained from Bank Two at an APR of 5 percent with monthly payments. Which loan would you choose and why?
If you borrow $9000 at an annual percentage rate (APR) of r (as a decimal) from a bank, and if you wish to pay off the loan in 3 years, then your monthly payment M (in dollars) can be calculated using: M = 9000 (er/12-1) / 1 - e-3r 1) Describe what M (0.035) would represent in terms of the loan, APR, and time. 2) If you are only able to afford a max monthly payment of $300, describe how you could use the above formula to figure out what the highest interest rate the bank could offer you and you would still be able to afford the monthly payments. In addition, determine the maximum interest rate that you could afford.
Suppose you purchase a home and obtain a 15-year fixed-rate loan of $195,000 at an annual interest rate of 6.0%. a) What is your monthly payment? N: months I %: P.V: $ PMT: $ F.V: 0 P/Y: 12 C/Y: 12 b) Of the first month's mortgage payment, how much is interest? HINT: I=Prt Interest: I=$ c) Of the first month's mortgage payment, how much is applied to the principal? HINT: PMT - Interest Amount Applied to Principal: $ d) How much is your outstanding balance after the first month’s payment? HINT: Principal - Amount Applied to Principal Outstanding Balance after first payment: $
For the Questions 3-5 assume you want to finance (borrow) $12,000 for your next car and your interest rate will be 6%. 3. What will be your monthly payment and the total amount paid over the life of the loan if you finance for 48 months? Provide the car payment and the TVM inputs you used to calculate the payment. Рayment Total of all payments PV FV RATE/INTEREST PERIODS/N (See next page for Questions 4 and 5)
Use the loan amortization table: Purchase price of a used car $5,533, Down payment $1,153, number of monthly payments 48, Amount financed $4,380, Total of monthly payments $5,589.76, Total finance charge $1,209.76, APR 13%. What is the monthly payment by table? What is the monthly payment by formula?
rive loan is below. Payments of $1,987.26 are made monthly. Payment # Payment 1 1,987.26 2 1,987.26 3 1,987.26 Interest Debt Payment Balance 1,604.17 383.09 1,602.41 384.85 1,600.65 386.61 Provide your answer below: X Y Z Calculate the value of z, the balance of the loan at the end of month 3. Give your answer to the nearest dollar. Do not include commas or the dollar sign in your answer.
The weekly payment on a 4-year loan at 6.8% compounded weekly is $321.09. Calculate the amount of the loan. Identify the appropriate formula needed to calculate the amount of the loan. Select the correct choice below and fill in the answer boxes to complete your choice. (Type integers or decimals. Round to two decimal places as needed.) A. F= OB. P= O C. P= (1+i)^ - 1 F (1 + i)^ - • R, with F = $, n=[ and i=% with P = $ n= 1-(1+i)n i •R, with n= and i= % i= %, and R=$
Choose the best answer to the following question. Explain your reasoning with one or more complete sentences. What does a loan of $400,000 that carries a 4-point origination fee require as an advance payment? Choose the correct answer below. A. An advance payment of $1,600 is required. Each point is 1% of the loan amount, so the advance payment amount is 4% of $400,000. B. An advance payment of $16,000 is required. Each point is 1% of the loan amount, so the advance payment amount is 4% of $400,000. OC. An advance payment of $8,000 is required. Each point is 1% of the loan amount, so the advance payment amount is 4% of $400,000. OD. An advance payment of $16,000 is required. Each point is 10% of the loan amount, so the advance payment amount is 40% of $400,000. E. An advance payment of $8,000 is required. Each point is 10% of the loan amount, so the advance payment amount is 40% of $400,000. OF. An advance payment of $1,600 is required. Each point is worth between 50 and 100 points…
Find the following. (Round your answers to the nearest cent.) FinanceCharge Number ofPayments Frequency Amount Number ofPayments Left $9.10 12 Monthly $15 5 (b) the amount needed to pay off the loan
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%: $ _________________________

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