A loan of 40,000 is being repaid by a 30-year increasing annuity-immediate. The initial payment is k, and each subsequent payment is k larger than the preceding payment. Determine the principal outstanding immediately after the ninth payment, using an annual effective interest rate of 4%.
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Problem 9: A loan of $40,000 is being repaid by a 30-year increasing annuity-immediate. The initial payment is k, and each subsequent payment is k larger than the preceding payment. Determine the principal outstanding immediately after the ninth payment, using an annual effective interest rate of 4%.
1. A $12,000 loan is being repaid with $1000 payments at the end of each year for as long as necessary, plus a smaller payment one year after the last $1000 payment. The first payment is due one year after the loan is taken out, and the effective annual interest rate is 6%. Calculate the balance on the loan immediately following the ninth payment
5) A loan is being repaid by 2n level payments (with the first payment 1 period after the start of the loan) at an effective interest rate of j per period. Just after the nth payment, the outstanding balance on the loan is 3/4 of the initial outstanding balance on the loan. a) Find vj". b) What is the ratio of interest to principal reduction in the n+1st payment? (i.e In+1/PR.n+1)
A loan of 18000 dollars is to be repaid in annual installments of 2200 dollars, the first due in one year, followed by a final smaller payment. If the effective rate of interest is 9 percent, what is the outstanding balance owed immediately after the 5th payment? Previous Problem Problem List Next Problem (1 point) A loan of 18000 dollars is to be repaid in annual installments of 2200 dollars, the first due in one year, followed by a final...
an increasing perpetuity immediate makes annual payments. the first payment is 100 and each subsequent payment is larger than the preceding payment by an amount X. based on an annual effective interest rate of 10%, the present value of the perpetuity at time 0 is one half of its present value at time 20. what is rhe value of x?
can somebody help me with 37,38 and (most needed) 40 please??? 200 The theory of interest 36. A loan is being repaid with 10 payments. The first payment is 10, the second 9, d so forth with the tenth payment being 1. Show that the amount of interest in te sixth payment is 5- ag- 37. A loan is repaid with payments which start at $200 the first year and increase by $0 per year until a payment of $1000...
please explain the ubderlined step and include the formula used to get there 3. A perpetuity-immediate pays 100 per year. Immediately after the fifth payment, the perpetuity is exchanged for a 25-year annuity-immediate that will pay X at the end of the first year. Each subsequent annual payment will be 8% greater than the preceding payment. The annual effective rate of interest is 8%. Calculate X. (A) 54 (B) 64 (C) 74 (D) 84 (E) 94 PV = 100 w...
You took out a loan that must be repaid with level payments at the end of each year. The loan has an annual effective rate of interest of 8%. The outstanding balance at the end of the ninth year was $22,000 and the outstanding balance at the end of the twelfth year was $15,000. What is your payment on the loan? Round your answers to two decimal places. 3914.6 X
A loan is being amortized by means of level monthly payments at an annual effective interest rate of 8%. The amount of principal repaid in the 12th payment is 1000 and the amount of principal repaid in the eth payment is 3700. Calculate t.
QUESTION 4 You are given two loans, with each loan to be repaid by a single payment in the future. Each payment includes both principal and interest. The first loan is repaid by a 3000 payment at the end of four years. The interest is accrued at an annual nominal rate of discount equal to 5% compounded semiannually. The second loan is repaid by a 4000 payment at the end of five years. The interest is accrued at an annual...