• i need to solve for x,
    i know that when you put e in both sides you can solve, but I need two values.
    Thanks for any help :)


  • start by raising bother sides to e
    so e(ln((x-6)^2) = e^16
    then square root of both sides

    so (x-6) and sqrt ( e^16)
    then add six to both sides
    so x= sqrt ( e^16)+6

    **** e cancels out ln ****


  • Then,2Ln(x-6)=16
    Ln(x-6)=8
    x-6=e^8=2980.96
    x=2986.96


  • ln[ (x - 6)^2 ] = 16

    e^ ln[ (x - 6)^2 ] = e^16

    (x - 6)^2 = e^16

    x - 6 = +/- sqrt[ e^16 ] = +/- e^8

    x = 6 + e^8
    x = 6 - e^8

    These are our two solutions.

    Hope this helps.


  • By the definition of logarithms, convert this to exponential form, to get:

    (x - 6)^2 = e^16 (I assume you are using base e.)

    Then use the square root principal:

    x - 6 = +/- e^8

    or

    x = 6 +/- e^8







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