\begin{tabular}{l} Term \\ \hline Discounting \\ Time value of money \end{tabular} Answer Description A. A 6% return that you could have earned if you had made a particular investment. B. A cash flow stream that is generated by a share of preferred stock that is expected to pay dividends every quarter indefinitely. Amortized loan C. The concept that states that the timing of the receipt or payment of a cash flow will affect its value to the holder of the cash flow. Ordinary annulty D. An interest rate that reflects the return required by a lender and paid by a borrower, expressed as a percentage of the principal borrowed. Annual percentage rate E. The process of determining the present value of a cash flow or series of cash nows to be recelved or paid in the future. Annulty due F. A cash now stream that is created by an investment or loan that requires its cash flows to take place on the last day of each quarter and requires that it last for 10 years. Perpetulty G. A series of equal cash flows that occur at the beginning of each of the equally spaced intervals (such as daily, monthly, quarterly, and so on). Future value H. One of the four major time value of money terms; the amount to which an individual cash flow or series of cash payments or recelpts will grow over a period of time when earning interest at a given rate of interest. Amortization schedule I. A loan in which the payments include interest as well as loan principal. Opportunity cost of funds J. A schedule or table that reports the amount of principal and the amount of interest that make up each payment made to repay a loan by the end of its regular term. Time value of money calculations can be solved using a mathematical equation, a financial calculator, or a spreadsheet. Which of the following equations can be used to solve for the present value of an annuity due? PMT{[(1+r)n1]/r}(1+r)PMT({1[1/(1+r)8]}/r)(1+r)PMT({1[1/(1+r)n]}/r)