Summary: Investment Science | 9780199740086 | David G Luenberger

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  • 2 The basic theory of interest

  • 2.1 principal and interest

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  • effective interest rate

    r' --> 1+r'=(1+(r/m))^k 
    the equivalent yearly interest rate that would produce the same result after 1 year without compounding
  • effective rate of intersest conintuous compounding

    1+r'=e^r
  • 2.3 present and future values of streams

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  • future value of a stream 

    FV = x0(1+r)^n + x1(1+r)^n-1 + ... + xn

    Example:
    (-2, 1, 1, 1), 10%
    FV = -2(1.1)^3 + 1(1.1)^2 + 1.1 + 1 = 0.648
  • present value of a stream

    PV = x0 + x1/(1+r) + x2/(1+r)^2 + ... + xn/(1+r)^n

    continuous compounding:
    PV = RWcX0n0CI5cid6gMtajVEO3wWcQAAAABJRU5ErkJ xk / (1 + r/m )^k 

    Example:
    (-2, 1, 1, 1), 10%
    PV = -2 + 1/1.1 + 1/(1.1)^2 +1/(1.1)^3 = 0.487
  • main theorem on present value

    the cash flow streams x and y are equivalent for a constant ideal bank with interest rate r iff the present values of the stream, evaluated at the bank's interest rate, are equal

    x = (x0, x1, ..., xn)
    y = (y0, y1, ..., yn)
  • 2.4 Internal rate of return

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  • main theorem of internal rate of return

    Suppose the cash flow stream x has x0<0 and xkjAPk91h0XhRAlAAAAAElFTkSuQmCC0 for all k with at least one term being striclty positive. Then there is a unique positive root to the equation: 0=x0 + x1c +x2c^2 + ... + xnc^n

    Furthermore, if RWcX0n0CI5cid6gMtajVEO3wWcQAAAABJRU5ErkJ xk > 0, then the corresponding internal rate of return r=(1/c)-1 is positive
  • 3 fixed-income security

  • 3.1 the market for future cash

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  • time deposit account

    the interest is guaranteed, where the deposit must be maintained for a given lenght of time
  • a banker's acceptance

    sell banker's acceptance to someone else at a discount before the time has expired
  • variations onthe standard mortage

    -balloon payment: modestsized periodic payments for several years followed by a final balloon payment
    -adjustable-rate mortgages: mortgage adjust the effective interest rate periodically according to an interest rate index 

  • 3.2 value formulas

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  • perpetual annuity (perpetuity)

    fixed income instrument which pays a fixed sum periodically forever

    P=RWcX0n0CI5cid6gMtajVEO3wWcQAAAABJRU5ErkJ A/(1+r)^k = A/(1+r) + P/(1+r) = A/r
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