A car can be purchased for 0% down for 60 months (in lieu of rebate). It has a sticker price of $62,570 with rebates of $6000. what is the monthly payment if financed at 2.5% add-on interest for 60 months (round to the nearest cent) and using the APR approximation formula what is the APR  (round to one decimal place)

Assume the car can be purchased for 0% down for 60 months (in lieu of rebate). A car with a sticker price of $36,500 with factory and dealer rebates of $4,200 (a) Find the monthly payment if financed for 60 months at 0% APR. (Round your answer to the nearest cent.)$ (b) Find the monthly payment if financed at 2.5% add-on interest for 60 months. (Round your answer to the nearest cent.)$ (c) Use the APR approximation formula to find the APR for part (b). (Round your answer to one decimal place.)%(d) State whether the 0% APR or the 2.5% add-on rate should be preferred.

You are looking to buy a car. You can afford $600 in monthly payments for five years. In addition to the loan, you can make a $700 down payment. If interest rates are 9.25 percent APR, what price of car can you afford (loan plus down payment)? Note: Do not round intermediate calculations and round your final answer to 2 decimal places.

Assume you bought a car using a loan that requires payments of $3,000 to be made at the end of every yearfor the next three years. The loan agreement indicatesthe annual interest rate is 6 percent. Which table in thisappendix would you use to calculate the car’s equivalentcost if you were to pay for it in full today?a. Table C.1 (Future Value of $1)b. Table C.2 (Present Value of $1)c. Table C.3 (Future Value of Annuity of $1)d. Table C.4 (Present Value of Annuity of $1)

You are looking to buy a car that costs $30,000.  Your payment is $400/month for 60 months.  If you want to know your interest rate on this loan, you can use Excel.  Excel returns a RATE of 0.70%.  What is your APR?     8.45%     2.75%     3.24%     0.70%

A car buyer can afford a monthly payment of $450 per month and has $7000 saved for a down payment. If financing is available at 3.2% interest for 72 months, then what would be the maximum car price they could afford? (You may round your answer to the nearest dollar.)

Suppose you decide to buy a car for $25,485, including taxes and licensing fees. You saved $10,000 for a down payment and can get a five- year loan at 6.52%. Use the present value of an annuity formula to find the monthly payment. Round to the nearest cent as needed. -nt pmt 1- P = $218.99 O $303.13 O $498.88 O $8413.52

You are negotiating to buy a new car with a car salesman at a local dealer. You have negotiated the price to $38,000.  You have $3,000 to put towards the down payment and plan to get a loan for the rest.  If you can get an annual interest rate of 11 percent APR (with monthly compounding) over a 5-year period, what would be your monthly payment? Round it to two decimal place (cents), e.g., 234.56.

Assume the car can be purchased for 0% down for 60 months (in lieu of rebate). A car with a sticker price of $42,100 with factory and dealer rebates of $5,100. Hint: See Section 11.2, Example 5. (a) Find the monthly payment if financed for 60 months at 0% APR. (Round your answer to the nearest cent.)$ (b) Find the monthly payment if financed at 2.5% add-on interest for 60 months. (Round your answer to the nearest cent.)$ (c) Use the APR approximation formula to find the APR for part (b). (Round your answer to one decimal place.) %(d) State whether the 0% APR or the 2.5% add-on rate should be preferred. 0% APR2.5% add-on rate

Compute the monthly payment and the total amount spent for a vehicle that costs $24,000 if you finance the entire purchase over 5 years at an annual rate of 8 25 percent. Calculate the payment if you finance the car for only four years. Finally, calculate the payment for three years. What do you notice about the payment under the different time assumptions? Note: Round intermediate computations to at least five (5) decimal places Click on the table icon to view the MILPF table The monthly payment, PMT, on the 5-year auto loan is $ (Round to the nearest cent.) The total amount spent if you financed $24,000 for 5 years at 8 25 percent per year is $ (Round to the nearest cent.) The monthly payment, PMT, on the 4-year auto loan is $ (Round to the nearest cent.) Finally, the monthly payment, PMT, on the 3-year auto loan is $ (Round to the nearest cent.) What do you notice about the payment under the different time assumptions? (Select the best choice below.) OA. As the number of payments…