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Find the values of U, V, C based on the given relationship…useful for upcoming puzzles


Theoretical Puzzle: Making a binary puzzle with a unique solutionFewest possible weighings to determine which ball is heavier/lighterFind the number given its remaindersMinimum number of tries to find the balance!A String-based Puzzle: Can you get from the string “baa” to “bacaccacacccc”?Proving the existence of a given matrixFind the equality with all digitsForm the biggest squaring numberFive Powers of Fives Produce Unique Pandigital Number…Solve for X..Tell me YBe a Wizard..Find the missing digits of this 41 digit Humongous Pallindromic Square!













0












$begingroup$


Given:



U, V, C are 3 distinct digits..values can vary from 1 to 9.



CU is a concatenated number



Solve for U,V, C from the following relationship:



$U^V$ X $V^U $ = $CU $



This will give some basis to upcoming Unique Pan digital
Fraction problems.










share|improve this question









$endgroup$
















    0












    $begingroup$


    Given:



    U, V, C are 3 distinct digits..values can vary from 1 to 9.



    CU is a concatenated number



    Solve for U,V, C from the following relationship:



    $U^V$ X $V^U $ = $CU $



    This will give some basis to upcoming Unique Pan digital
    Fraction problems.










    share|improve this question









    $endgroup$














      0












      0








      0





      $begingroup$


      Given:



      U, V, C are 3 distinct digits..values can vary from 1 to 9.



      CU is a concatenated number



      Solve for U,V, C from the following relationship:



      $U^V$ X $V^U $ = $CU $



      This will give some basis to upcoming Unique Pan digital
      Fraction problems.










      share|improve this question









      $endgroup$




      Given:



      U, V, C are 3 distinct digits..values can vary from 1 to 9.



      CU is a concatenated number



      Solve for U,V, C from the following relationship:



      $U^V$ X $V^U $ = $CU $



      This will give some basis to upcoming Unique Pan digital
      Fraction problems.







      mathematics logical-deduction no-computers






      share|improve this question













      share|improve this question











      share|improve this question




      share|improve this question










      asked 2 hours ago









      UvcUvc

      70812




      70812




















          2 Answers
          2






          active

          oldest

          votes


















          3












          $begingroup$


          U = 2, V = 3, C = 7: 23 × 32 = 72.


          U and V can't be too big, if U is 2 the product becomes greater than 100 even for V = 4. On the other hand, if U or V = 1, the equation becomes U = CU or V = CU, single digit on the left and two digits on the right, which is also impossible.


          If we try 2 and 3, which are not too big and not too small, we get the product 72.







          share|improve this answer









          $endgroup$








          • 1




            $begingroup$
            ninjaed by you... :(, nvm, have an upvote!
            $endgroup$
            – Omega Krypton
            2 hours ago


















          0












          $begingroup$

          If $U=1, 1*V=CU$ (not possible)

          If $V=1, U*1=CU$ (not possible)

          When $U=2$,




          $2^V*V^2<=92$
          $V<=3$

          When $V=1, 2^1*1^2=2$ (rejected)

          When $V=2, U=V$ (rejected)
          When $V=3, 2^3*3^2=72$ (possible)




          When U=3,




          $3^V*V^3<=93$
          $V<=3$

          When $V=1, 3^1*1^3=3$ (rejected)

          When $V=2, 3^2*2^3=72$ (rejected)

          When $V=3, U=V$ (rejected)




          When U=4+,




          $4^V*V^4<=94$
          $V=1$ (rejected)




          Final Answer:




          When $U=2, V=3,$ and $C=7, 2^3*3^2=72$







          share|improve this answer











          $endgroup$












          • $begingroup$
            ninja-ed by @Mariia, yet just wanna post this as a more complete explanation
            $endgroup$
            – Omega Krypton
            2 hours ago












          Your Answer








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          2 Answers
          2






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          oldest

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          2 Answers
          2






          active

          oldest

          votes









          active

          oldest

          votes






          active

          oldest

          votes









          3












          $begingroup$


          U = 2, V = 3, C = 7: 23 × 32 = 72.


          U and V can't be too big, if U is 2 the product becomes greater than 100 even for V = 4. On the other hand, if U or V = 1, the equation becomes U = CU or V = CU, single digit on the left and two digits on the right, which is also impossible.


          If we try 2 and 3, which are not too big and not too small, we get the product 72.







          share|improve this answer









          $endgroup$








          • 1




            $begingroup$
            ninjaed by you... :(, nvm, have an upvote!
            $endgroup$
            – Omega Krypton
            2 hours ago















          3












          $begingroup$


          U = 2, V = 3, C = 7: 23 × 32 = 72.


          U and V can't be too big, if U is 2 the product becomes greater than 100 even for V = 4. On the other hand, if U or V = 1, the equation becomes U = CU or V = CU, single digit on the left and two digits on the right, which is also impossible.


          If we try 2 and 3, which are not too big and not too small, we get the product 72.







          share|improve this answer









          $endgroup$








          • 1




            $begingroup$
            ninjaed by you... :(, nvm, have an upvote!
            $endgroup$
            – Omega Krypton
            2 hours ago













          3












          3








          3





          $begingroup$


          U = 2, V = 3, C = 7: 23 × 32 = 72.


          U and V can't be too big, if U is 2 the product becomes greater than 100 even for V = 4. On the other hand, if U or V = 1, the equation becomes U = CU or V = CU, single digit on the left and two digits on the right, which is also impossible.


          If we try 2 and 3, which are not too big and not too small, we get the product 72.







          share|improve this answer









          $endgroup$




          U = 2, V = 3, C = 7: 23 × 32 = 72.


          U and V can't be too big, if U is 2 the product becomes greater than 100 even for V = 4. On the other hand, if U or V = 1, the equation becomes U = CU or V = CU, single digit on the left and two digits on the right, which is also impossible.


          If we try 2 and 3, which are not too big and not too small, we get the product 72.








          share|improve this answer












          share|improve this answer



          share|improve this answer










          answered 2 hours ago









          Mariia MykhailovaMariia Mykhailova

          2,138426




          2,138426







          • 1




            $begingroup$
            ninjaed by you... :(, nvm, have an upvote!
            $endgroup$
            – Omega Krypton
            2 hours ago












          • 1




            $begingroup$
            ninjaed by you... :(, nvm, have an upvote!
            $endgroup$
            – Omega Krypton
            2 hours ago







          1




          1




          $begingroup$
          ninjaed by you... :(, nvm, have an upvote!
          $endgroup$
          – Omega Krypton
          2 hours ago




          $begingroup$
          ninjaed by you... :(, nvm, have an upvote!
          $endgroup$
          – Omega Krypton
          2 hours ago











          0












          $begingroup$

          If $U=1, 1*V=CU$ (not possible)

          If $V=1, U*1=CU$ (not possible)

          When $U=2$,




          $2^V*V^2<=92$
          $V<=3$

          When $V=1, 2^1*1^2=2$ (rejected)

          When $V=2, U=V$ (rejected)
          When $V=3, 2^3*3^2=72$ (possible)




          When U=3,




          $3^V*V^3<=93$
          $V<=3$

          When $V=1, 3^1*1^3=3$ (rejected)

          When $V=2, 3^2*2^3=72$ (rejected)

          When $V=3, U=V$ (rejected)




          When U=4+,




          $4^V*V^4<=94$
          $V=1$ (rejected)




          Final Answer:




          When $U=2, V=3,$ and $C=7, 2^3*3^2=72$







          share|improve this answer











          $endgroup$












          • $begingroup$
            ninja-ed by @Mariia, yet just wanna post this as a more complete explanation
            $endgroup$
            – Omega Krypton
            2 hours ago
















          0












          $begingroup$

          If $U=1, 1*V=CU$ (not possible)

          If $V=1, U*1=CU$ (not possible)

          When $U=2$,




          $2^V*V^2<=92$
          $V<=3$

          When $V=1, 2^1*1^2=2$ (rejected)

          When $V=2, U=V$ (rejected)
          When $V=3, 2^3*3^2=72$ (possible)




          When U=3,




          $3^V*V^3<=93$
          $V<=3$

          When $V=1, 3^1*1^3=3$ (rejected)

          When $V=2, 3^2*2^3=72$ (rejected)

          When $V=3, U=V$ (rejected)




          When U=4+,




          $4^V*V^4<=94$
          $V=1$ (rejected)




          Final Answer:




          When $U=2, V=3,$ and $C=7, 2^3*3^2=72$







          share|improve this answer











          $endgroup$












          • $begingroup$
            ninja-ed by @Mariia, yet just wanna post this as a more complete explanation
            $endgroup$
            – Omega Krypton
            2 hours ago














          0












          0








          0





          $begingroup$

          If $U=1, 1*V=CU$ (not possible)

          If $V=1, U*1=CU$ (not possible)

          When $U=2$,




          $2^V*V^2<=92$
          $V<=3$

          When $V=1, 2^1*1^2=2$ (rejected)

          When $V=2, U=V$ (rejected)
          When $V=3, 2^3*3^2=72$ (possible)




          When U=3,




          $3^V*V^3<=93$
          $V<=3$

          When $V=1, 3^1*1^3=3$ (rejected)

          When $V=2, 3^2*2^3=72$ (rejected)

          When $V=3, U=V$ (rejected)




          When U=4+,




          $4^V*V^4<=94$
          $V=1$ (rejected)




          Final Answer:




          When $U=2, V=3,$ and $C=7, 2^3*3^2=72$







          share|improve this answer











          $endgroup$



          If $U=1, 1*V=CU$ (not possible)

          If $V=1, U*1=CU$ (not possible)

          When $U=2$,




          $2^V*V^2<=92$
          $V<=3$

          When $V=1, 2^1*1^2=2$ (rejected)

          When $V=2, U=V$ (rejected)
          When $V=3, 2^3*3^2=72$ (possible)




          When U=3,




          $3^V*V^3<=93$
          $V<=3$

          When $V=1, 3^1*1^3=3$ (rejected)

          When $V=2, 3^2*2^3=72$ (rejected)

          When $V=3, U=V$ (rejected)




          When U=4+,




          $4^V*V^4<=94$
          $V=1$ (rejected)




          Final Answer:




          When $U=2, V=3,$ and $C=7, 2^3*3^2=72$








          share|improve this answer














          share|improve this answer



          share|improve this answer








          edited 1 hour ago

























          answered 2 hours ago









          Omega KryptonOmega Krypton

          6,3812953




          6,3812953











          • $begingroup$
            ninja-ed by @Mariia, yet just wanna post this as a more complete explanation
            $endgroup$
            – Omega Krypton
            2 hours ago

















          • $begingroup$
            ninja-ed by @Mariia, yet just wanna post this as a more complete explanation
            $endgroup$
            – Omega Krypton
            2 hours ago
















          $begingroup$
          ninja-ed by @Mariia, yet just wanna post this as a more complete explanation
          $endgroup$
          – Omega Krypton
          2 hours ago





          $begingroup$
          ninja-ed by @Mariia, yet just wanna post this as a more complete explanation
          $endgroup$
          – Omega Krypton
          2 hours ago


















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