GP-133 Clme N You are given the future value of an annuity, A, the monthly payment, R, and the annual interest rate, r. Find the number of monthly payments, n. Round your answer to the nearest whole number if necessary. A- $4000; R = $70; r = 7% 49 months 54 months 52 months 53 months

ck To save money for his daughter's college tuition, Scott invests $1158 every year in an annuity that pays 6.4% interest, compounded annually. Payments will be made at the end of each year. Find the total value of the annuity in 19 years. Do not round any intermediate computations, and round your final answer to the nearest cent. If necessary, refer to the list of financial formulas. $0 Check A 1 option Z W S command 3 E D C X R F S 5 V T G 6 B MacBook Air H N U Save For Later © 2023 McGrew HLLC A Rights Reserved Terms of Use 8 M 1 K (33 O O L command P Submit Assignment Privacy Center Accessibility option ? 1 4

Use PMT = . Round to the nearest dollar. Suppose that you borrow $10,000 for four years at 7% toward the purchase of a car. Find the monthly payments and the total interest for the loan.   A.$281; $13,488 B.$239; $1472 C.$624; $19,952 D.$239; $11,472

Luca found an ordinary annuity that earns 3.9%. He will deposit $100.00 each month into his account for the next 27 years. How much interest, in total, will he earn? Interest $ How much will his account be worth at the end of the 27 years? Future Value How much of the ending account balance comes from deposits? Total Deposited