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Take fives And Sixes, Get N

  1. Nov 16, 2008 #1
    The different letters correspond to different digits, with the subscripts denoting the two bases in both sides of this cryptarithmetic equation.

    (ABC)6 = (DBEF)5

    If the common value in each side of the equation is equal to a positive integer N in base 10, what is the minimum value of N?

    Note: None of A or D can be zero.
  2. jcsd
  3. Nov 16, 2008 #2

    (435) = (2301)
  4. Nov 17, 2008 #3
    Very good, Caracrist.

    But there seems to be a typing error, since:
    (435)6 = (1132)5

    (2301)5 = (1302)6[/ color],

    Perhaps you inadvertently posted the solution to:

    (ABCD)5 = (DBCA)6

    If so, I must compliment you for an accurate solution of that other problem.

    *** Request Administrator assistance in due concealment of the chosen portion, for which the code do not seem to work for my browser.
    Last edited: Nov 17, 2008
  5. Nov 17, 2008 #4
    (523) = (1240), n=195
  6. Nov 17, 2008 #5
    That's it !!

    Well done, daskalou.
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