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Basic Question 4 of 6

An investment promises to pay $1,000 one year from today, $1,500 two years from today and $2,000 three years from today. If the required rate of return is 11% compounded annually, what is the value of the investment today?

User Contributed Comments 5

User Comment
Beret Or on the HP12C:
0 [g][CF0]
1000 [g][CFj]
1500 [g][CFj]
2000 [g][CFj]
[f][NPV]
hpersey Another quick way on the Texas BA II Plus Pro is to solve for individual cash flows, then sum their present values (according to the addivity principal of cash flows) like so:

1000,FV
11,I/Y
1,N
CPT PV
STO, 1

then

1500,FV
2,N
CPT, PV
STO + 1

finally

2500,FV
3,N
CPT, PV
STO + 1

then
RCL 1 will give you the answer, 3580.72!
johntan1979 Your "quick" is slower than the CF method, and prone to errors. By right, you SHOULD clear the TVM menu before the next batch of numbers, and you forgot each round to enter the I/Y.
chipster Why would the cash flows not be designated as PMT using a financial calculator, as opposed to a PV? thanks
gerdvar PMT or payment refers to equal payments, ie. multiple yet equal individual cashflows which is PMT or A in your formulas remains A=A and allows the use of expontentials to calculate PV or FV. The calc is programmed to use PMT under this premise, in this LOS these payments or cash flows are not equal, therefore they can't be put under the same definition of PMT or A
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Learning Outcome Statements

calculate and interpret the present value(PV) of fixed-income and equity instruments based on expected future cash flows

calculate and interpret the implied return of fixed-income instruments and required return and implied growth of equity instruments given the present value (PV) and cash flows

CFA® 2025 Level I Curriculum, Volume 1, Module 2.