Hard 4x6 chocolate bar Riddle

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You have the following 4x6 chocolate bar. The question is what is the least amount of cuts you have to do in order to create 24 pieces of 1x1 chocolates.
the cuts can have any shape they want as long as they start from a point in the perimeter and end on another point of the perimeter. The line cant hit itself and every time we cut the chocolate we separate the pieces and cut each piece on its own.
enter image description here






riddle mathematics science







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    up vote
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    favorite












    You have the following 4x6 chocolate bar. The question is what is the least amount of cuts you have to do in order to create 24 pieces of 1x1 chocolates.
    the cuts can have any shape they want as long as they start from a point in the perimeter and end on another point of the perimeter. The line cant hit itself and every time we cut the chocolate we separate the pieces and cut each piece on its own.
    enter image description here






    riddle mathematics science







    share|improve this question







    New contributor




    stelioball is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
    Check out our Code of Conduct.





















      up vote
      3
      down vote

      favorite









      up vote
      3
      down vote

      favorite











      You have the following 4x6 chocolate bar. The question is what is the least amount of cuts you have to do in order to create 24 pieces of 1x1 chocolates.
      the cuts can have any shape they want as long as they start from a point in the perimeter and end on another point of the perimeter. The line cant hit itself and every time we cut the chocolate we separate the pieces and cut each piece on its own.
      enter image description here






      riddle mathematics science







      share|improve this question







      New contributor




      stelioball is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.











      You have the following 4x6 chocolate bar. The question is what is the least amount of cuts you have to do in order to create 24 pieces of 1x1 chocolates.
      the cuts can have any shape they want as long as they start from a point in the perimeter and end on another point of the perimeter. The line cant hit itself and every time we cut the chocolate we separate the pieces and cut each piece on its own.
      enter image description here






      riddle mathematics science




      riddle mathematics science






      share|improve this question







      New contributor




      stelioball is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.











      share|improve this question







      New contributor




      stelioball is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.









      share|improve this question




      share|improve this question






      New contributor




      stelioball is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.









      asked 2 hours ago









      stelioball

      182




      182




      New contributor




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      New contributor





      stelioball is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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          2 Answers
          2






          active

          oldest

          votes

















          up vote
          4
          down vote



          accepted










          The answer is that




          you need 23 cuts, no matter how you do it.




          Why?




          Each cut adds one piece to the total number of pieces you have. You need to go from 1 piece to 24 pieces, so you need 23 cuts total.







          share|improve this answer



























            up vote
            0
            down vote













            I submit that I can do it in




            $large19$




            cuts.



            Start from the 6×4 bar,




            and make these $6$ cuts:







            This leaves six 1×1 pieces and this:







            Now make these $2$ cuts:


            You now have twelve 1×1 pieces and a 6×2 chunk
            (from the center of the 6×4 bar). 
            That can trivially be cut into 1×1 pieces with $11$ cuts,
            so the entire job is done with $6+2+11=19$ cuts.




            I’m sure that this can be improved further.






            share|improve this answer
















            • 1




              I cant approve this as an answer because the second cut hits the perimeter 6 times instead of 2 as the rule said
              – stelioball
              6 mins ago










            • “the cuts can have any shape they want as long as they start from a point in the perimeter and end on another point of the perimeter”.  What documented rule does my answer violate?
              – Peregrine Rook
              4 mins ago










            Your Answer




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            2 Answers
            2






            active

            oldest

            votes








            2 Answers
            2






            active

            oldest

            votes









            active

            oldest

            votes






            active

            oldest

            votes








            up vote
            4
            down vote



            accepted










            The answer is that




            you need 23 cuts, no matter how you do it.




            Why?




            Each cut adds one piece to the total number of pieces you have. You need to go from 1 piece to 24 pieces, so you need 23 cuts total.







            share|improve this answer
























              up vote
              4
              down vote



              accepted










              The answer is that




              you need 23 cuts, no matter how you do it.




              Why?




              Each cut adds one piece to the total number of pieces you have. You need to go from 1 piece to 24 pieces, so you need 23 cuts total.







              share|improve this answer






















                up vote
                4
                down vote



                accepted







                up vote
                4
                down vote



                accepted






                The answer is that




                you need 23 cuts, no matter how you do it.




                Why?




                Each cut adds one piece to the total number of pieces you have. You need to go from 1 piece to 24 pieces, so you need 23 cuts total.







                share|improve this answer












                The answer is that




                you need 23 cuts, no matter how you do it.




                Why?




                Each cut adds one piece to the total number of pieces you have. You need to go from 1 piece to 24 pieces, so you need 23 cuts total.








                share|improve this answer












                share|improve this answer



                share|improve this answer










                answered 2 hours ago









                Deusovi♦

                59k6205261




                59k6205261




















                    up vote
                    0
                    down vote













                    I submit that I can do it in




                    $large19$




                    cuts.



                    Start from the 6×4 bar,




                    and make these $6$ cuts:







                    This leaves six 1×1 pieces and this:







                    Now make these $2$ cuts:


                    You now have twelve 1×1 pieces and a 6×2 chunk
                    (from the center of the 6×4 bar). 
                    That can trivially be cut into 1×1 pieces with $11$ cuts,
                    so the entire job is done with $6+2+11=19$ cuts.




                    I’m sure that this can be improved further.






                    share|improve this answer
















                    • 1




                      I cant approve this as an answer because the second cut hits the perimeter 6 times instead of 2 as the rule said
                      – stelioball
                      6 mins ago










                    • “the cuts can have any shape they want as long as they start from a point in the perimeter and end on another point of the perimeter”.  What documented rule does my answer violate?
                      – Peregrine Rook
                      4 mins ago














                    up vote
                    0
                    down vote













                    I submit that I can do it in




                    $large19$




                    cuts.



                    Start from the 6×4 bar,




                    and make these $6$ cuts:







                    This leaves six 1×1 pieces and this:







                    Now make these $2$ cuts:


                    You now have twelve 1×1 pieces and a 6×2 chunk
                    (from the center of the 6×4 bar). 
                    That can trivially be cut into 1×1 pieces with $11$ cuts,
                    so the entire job is done with $6+2+11=19$ cuts.




                    I’m sure that this can be improved further.






                    share|improve this answer
















                    • 1




                      I cant approve this as an answer because the second cut hits the perimeter 6 times instead of 2 as the rule said
                      – stelioball
                      6 mins ago










                    • “the cuts can have any shape they want as long as they start from a point in the perimeter and end on another point of the perimeter”.  What documented rule does my answer violate?
                      – Peregrine Rook
                      4 mins ago












                    up vote
                    0
                    down vote










                    up vote
                    0
                    down vote









                    I submit that I can do it in




                    $large19$




                    cuts.



                    Start from the 6×4 bar,




                    and make these $6$ cuts:







                    This leaves six 1×1 pieces and this:







                    Now make these $2$ cuts:


                    You now have twelve 1×1 pieces and a 6×2 chunk
                    (from the center of the 6×4 bar). 
                    That can trivially be cut into 1×1 pieces with $11$ cuts,
                    so the entire job is done with $6+2+11=19$ cuts.




                    I’m sure that this can be improved further.






                    share|improve this answer












                    I submit that I can do it in




                    $large19$




                    cuts.



                    Start from the 6×4 bar,




                    and make these $6$ cuts:







                    This leaves six 1×1 pieces and this:







                    Now make these $2$ cuts:


                    You now have twelve 1×1 pieces and a 6×2 chunk
                    (from the center of the 6×4 bar). 
                    That can trivially be cut into 1×1 pieces with $11$ cuts,
                    so the entire job is done with $6+2+11=19$ cuts.




                    I’m sure that this can be improved further.







                    share|improve this answer












                    share|improve this answer



                    share|improve this answer










                    answered 10 mins ago









                    Peregrine Rook

                    4,44611337




                    4,44611337







                    • 1




                      I cant approve this as an answer because the second cut hits the perimeter 6 times instead of 2 as the rule said
                      – stelioball
                      6 mins ago










                    • “the cuts can have any shape they want as long as they start from a point in the perimeter and end on another point of the perimeter”.  What documented rule does my answer violate?
                      – Peregrine Rook
                      4 mins ago












                    • 1




                      I cant approve this as an answer because the second cut hits the perimeter 6 times instead of 2 as the rule said
                      – stelioball
                      6 mins ago










                    • “the cuts can have any shape they want as long as they start from a point in the perimeter and end on another point of the perimeter”.  What documented rule does my answer violate?
                      – Peregrine Rook
                      4 mins ago







                    1




                    1




                    I cant approve this as an answer because the second cut hits the perimeter 6 times instead of 2 as the rule said
                    – stelioball
                    6 mins ago




                    I cant approve this as an answer because the second cut hits the perimeter 6 times instead of 2 as the rule said
                    – stelioball
                    6 mins ago












                    “the cuts can have any shape they want as long as they start from a point in the perimeter and end on another point of the perimeter”.  What documented rule does my answer violate?
                    – Peregrine Rook
                    4 mins ago




                    “the cuts can have any shape they want as long as they start from a point in the perimeter and end on another point of the perimeter”.  What documented rule does my answer violate?
                    – Peregrine Rook
                    4 mins ago










                    stelioball is a new contributor. Be nice, and check out our Code of Conduct.









                     

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