A debt of RM3,000 will mature in three years’ time. Assuming that the money is worth 14% compounded semi-annually, calculate the following: (i) The value of this debt at the end of first year.

You have borrowed $60,000 at an interest rate of10.5%. Equal payments will be made over a five-yearperiod. (The first payment will be made at the end ofthe first year.) What will the annual payment be, andwhat will the interest payment be for the fourth year?

Calculate if $10,000 is invested at interest rate of 12% per annum, what is the amount after 3 years if the compounding of interest is done annually.

Assume that you invest $1000 for 15 years in an account that pays an interest rate of 7% per year with annual compounding. Calculate the proportion of the total value of the account that can be attributed to interest-on-interest, at the end of 15 years. *       38.06%       36.24%       25.70%       0%       100%

Suppose that Php2,000 is deposited at a compound interest rate of 6% annually. Find the total account value after 12 years

2) A loan of $50,000 is taken out today at 13 % compounded quarterly and will be repaid over 6 years with end of month payments. How large will those payments be to fully repay the loan?

A debt is amortized for 4 years by a series of payments that decreases annually by ₱ 500, the firstpayment being ₱ 5,000. What is the equivalent present worth of the debt @ 5 % compoundedannually?

Find the simple interest on RM68,000 at 16 2/3% per annum for a period of 9 months?

The annual amount of a series of payments to be made at the end of the next twelve years is P500. What is the present worth of the payments at 8% interest compounded annually?

What sum must be invested now to provide an amount of OMR 18,000 at the end of 15 years if interest is to accumulate at 8% for the first 10 years and 12% thereafter?