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Press Ctrl-A ©G Dear2008 – Not to be sold/Free to use 1 Present Value of an Annuity Stage 6 - Year 12 General Mathematic (HSC)

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Presentation on theme: "Press Ctrl-A ©G Dear2008 – Not to be sold/Free to use 1 Present Value of an Annuity Stage 6 - Year 12 General Mathematic (HSC)"— Presentation transcript:

1 Press Ctrl-A ©G Dear2008 – Not to be sold/Free to use 1 Present Value of an Annuity Stage 6 - Year 12 General Mathematic (HSC)

2 22 Present Value of Annuity (1/6) This is the single amount of money which invested, as compound interest, under the same terms as the annuity that will produce the same financial result. N = A (1+r) n A A is the future value of the investment. N N is the present value of an annuity. r r is the rate of interest per period as a decimal. n n is the number of periods.

3 33 Present Value of Annuity (2/6) Mary has an annuity that has a Future Value of $ on her retirement in 30 years. The annuity is invested at 4.5% compounding annually. Calculate the NPV. N = ( ) 30 = = $ N = A (1+r) n

4 44 Present Value of Annuity (3/6) Mary has an annuity that has a Future Value of $ on her retirement in 30 years. The annuity is invested at 4.5% compounding annually. Calculate the NPV. P = N = $ A = P (1 + r) n A = ( ) 30 A ≈ $ = x

5 55 Present Value of Annuity (4/6) This is the single amount of money which invested, as compound interest, under the same terms as the annuity that will produce the same financial result. N =M (1+r) n -1 r(1+r) n M M is the amount of the equal periodical investments. N N is the present value of an annuity. r r is the rate of interest per period as a decimal. n n is the number of periods. { }

6 6 6 Present Value of Annuity (5/6) N =M (1+r) n -1 r(1+r) n { } Mark has an annuity that has annual deposits of $2 000 for his retirement in 30 years. The annuity is invested at 4.5% compounding annually. Calculate the NPV. N = 2000 ( ) ( ) 30 = 2000 x ( ) (0.045x ) = $

7 77 Present Value of Annuity (6/6) Mark has an annuity that has annual deposits of $ for his retirement in 30 years. The annuity is invested at 4.5% compounding annually. Calculate the NPV. N = P = $ A = P (1 + r) n A = ( ) 30 ≈ $ = x { } A = MA = M (1+r) n -1 r { } A = 2000 ( ) = 2000 x ( ) = $ Future Value of the Annuity


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