Wordplay subtraction paradoxWordplay addition paradoxCategories within Categories9 letter word decompositionTurn Lead into GOLDWord Association GRIDVenetian word pairs (i.e., sectioned word reversals)Interlaced Word PairsHoliday cookies word attrition [humans only]Holiday cookies word attrition [computers welcome]Five Letter Boxed puzzles with special solutionsFarmer needs to get his word across the river

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Wordplay subtraction paradox


Wordplay addition paradoxCategories within Categories9 letter word decompositionTurn Lead into GOLDWord Association GRIDVenetian word pairs (i.e., sectioned word reversals)Interlaced Word PairsHoliday cookies word attrition [humans only]Holiday cookies word attrition [computers welcome]Five Letter Boxed puzzles with special solutionsFarmer needs to get his word across the river






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5












$begingroup$


There are words from which you can remove a "chunk", leaving a new word. Like this:



 WISHBONE

WI SHBO NE

WI SHBO NE

WI <poof!> NE

WI NE

WI NE

WINE





There are also words that work the other way, for which inserting a "chunk" produces a new word. For example, you can insert the chunk AUTIFI into the word BEER to make BEAUTIFIER.



A "chunk" is a string of consecutive letters. It must consist of at least two letters (no single-letter chunks). It does not need to be a valid English word.






Now, what if I told you there are words into which you can insert a chunk, then remove the same consecutive string of letters, and get a different word from the original word?



What the heck am I talking about?!



I have come up with about 11 examples of this strange phenomenon.






(Too easy? Too hard? Try the counterpart addition paradox.)










share|improve this question









$endgroup$


















    5












    $begingroup$


    There are words from which you can remove a "chunk", leaving a new word. Like this:



     WISHBONE

    WI SHBO NE

    WI SHBO NE

    WI <poof!> NE

    WI NE

    WI NE

    WINE





    There are also words that work the other way, for which inserting a "chunk" produces a new word. For example, you can insert the chunk AUTIFI into the word BEER to make BEAUTIFIER.



    A "chunk" is a string of consecutive letters. It must consist of at least two letters (no single-letter chunks). It does not need to be a valid English word.






    Now, what if I told you there are words into which you can insert a chunk, then remove the same consecutive string of letters, and get a different word from the original word?



    What the heck am I talking about?!



    I have come up with about 11 examples of this strange phenomenon.






    (Too easy? Too hard? Try the counterpart addition paradox.)










    share|improve this question









    $endgroup$














      5












      5








      5





      $begingroup$


      There are words from which you can remove a "chunk", leaving a new word. Like this:



       WISHBONE

      WI SHBO NE

      WI SHBO NE

      WI <poof!> NE

      WI NE

      WI NE

      WINE





      There are also words that work the other way, for which inserting a "chunk" produces a new word. For example, you can insert the chunk AUTIFI into the word BEER to make BEAUTIFIER.



      A "chunk" is a string of consecutive letters. It must consist of at least two letters (no single-letter chunks). It does not need to be a valid English word.






      Now, what if I told you there are words into which you can insert a chunk, then remove the same consecutive string of letters, and get a different word from the original word?



      What the heck am I talking about?!



      I have come up with about 11 examples of this strange phenomenon.






      (Too easy? Too hard? Try the counterpart addition paradox.)










      share|improve this question









      $endgroup$




      There are words from which you can remove a "chunk", leaving a new word. Like this:



       WISHBONE

      WI SHBO NE

      WI SHBO NE

      WI <poof!> NE

      WI NE

      WI NE

      WINE





      There are also words that work the other way, for which inserting a "chunk" produces a new word. For example, you can insert the chunk AUTIFI into the word BEER to make BEAUTIFIER.



      A "chunk" is a string of consecutive letters. It must consist of at least two letters (no single-letter chunks). It does not need to be a valid English word.






      Now, what if I told you there are words into which you can insert a chunk, then remove the same consecutive string of letters, and get a different word from the original word?



      What the heck am I talking about?!



      I have come up with about 11 examples of this strange phenomenon.






      (Too easy? Too hard? Try the counterpart addition paradox.)







      wordplay pattern






      share|improve this question













      share|improve this question











      share|improve this question




      share|improve this question










      asked 9 hours ago









      SlowMagicSlowMagic

      2,1064 silver badges33 bronze badges




      2,1064 silver badges33 bronze badges




















          2 Answers
          2






          active

          oldest

          votes


















          10












          $begingroup$

          Any word in a pattern so that




          you can remove the same chunk from two different places




          works as the intermediate word. For example:




          RESIGNEDR(ED)ESIGNEDREDESIGN(-ed)

          A wordfinder search through Qat is here.







          share|improve this answer









          $endgroup$












          • $begingroup$
            It seems like you don't even need that, since the intermediate step when the chunk is inserted doesn't seem to have to be a word. For example: rot13(ybtvfg|vp| -> ybt|vp|vfg. Nygubhtu ybtvfg vf abg n jbeq, guvf fgvyy nccrnef gb or inyvq.)
            $endgroup$
            – Michael Moschella
            6 hours ago


















          1












          $begingroup$


          If the word is [Left][Right] turned [Left][Extra chunk][Right], this chunk must be removed from somewhere else. Let's say it consists of six parts, as in [1][2][[Extra chunk 1][Extra chunk 2]][3][4] (1 or 4 can be empty):

          If [[Extra chunk 1][Extra chunk 2]] = [2][Extra chunk 1], it still changes the result as long as [2] != [Extra chunk 2].

          If [[Extra chunk 1][Extra chunk 2]] = [Extra chunk 2][3], it still changes the result as long as [3] != [Extra chunk 1].







          share|improve this answer









          $endgroup$















            Your Answer








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            2 Answers
            2






            active

            oldest

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            2 Answers
            2






            active

            oldest

            votes









            active

            oldest

            votes






            active

            oldest

            votes









            10












            $begingroup$

            Any word in a pattern so that




            you can remove the same chunk from two different places




            works as the intermediate word. For example:




            RESIGNEDR(ED)ESIGNEDREDESIGN(-ed)

            A wordfinder search through Qat is here.







            share|improve this answer









            $endgroup$












            • $begingroup$
              It seems like you don't even need that, since the intermediate step when the chunk is inserted doesn't seem to have to be a word. For example: rot13(ybtvfg|vp| -> ybt|vp|vfg. Nygubhtu ybtvfg vf abg n jbeq, guvf fgvyy nccrnef gb or inyvq.)
              $endgroup$
              – Michael Moschella
              6 hours ago















            10












            $begingroup$

            Any word in a pattern so that




            you can remove the same chunk from two different places




            works as the intermediate word. For example:




            RESIGNEDR(ED)ESIGNEDREDESIGN(-ed)

            A wordfinder search through Qat is here.







            share|improve this answer









            $endgroup$












            • $begingroup$
              It seems like you don't even need that, since the intermediate step when the chunk is inserted doesn't seem to have to be a word. For example: rot13(ybtvfg|vp| -> ybt|vp|vfg. Nygubhtu ybtvfg vf abg n jbeq, guvf fgvyy nccrnef gb or inyvq.)
              $endgroup$
              – Michael Moschella
              6 hours ago













            10












            10








            10





            $begingroup$

            Any word in a pattern so that




            you can remove the same chunk from two different places




            works as the intermediate word. For example:




            RESIGNEDR(ED)ESIGNEDREDESIGN(-ed)

            A wordfinder search through Qat is here.







            share|improve this answer









            $endgroup$



            Any word in a pattern so that




            you can remove the same chunk from two different places




            works as the intermediate word. For example:




            RESIGNEDR(ED)ESIGNEDREDESIGN(-ed)

            A wordfinder search through Qat is here.








            share|improve this answer












            share|improve this answer



            share|improve this answer










            answered 9 hours ago









            DeusoviDeusovi

            69.3k7 gold badges238 silver badges304 bronze badges




            69.3k7 gold badges238 silver badges304 bronze badges











            • $begingroup$
              It seems like you don't even need that, since the intermediate step when the chunk is inserted doesn't seem to have to be a word. For example: rot13(ybtvfg|vp| -> ybt|vp|vfg. Nygubhtu ybtvfg vf abg n jbeq, guvf fgvyy nccrnef gb or inyvq.)
              $endgroup$
              – Michael Moschella
              6 hours ago
















            • $begingroup$
              It seems like you don't even need that, since the intermediate step when the chunk is inserted doesn't seem to have to be a word. For example: rot13(ybtvfg|vp| -> ybt|vp|vfg. Nygubhtu ybtvfg vf abg n jbeq, guvf fgvyy nccrnef gb or inyvq.)
              $endgroup$
              – Michael Moschella
              6 hours ago















            $begingroup$
            It seems like you don't even need that, since the intermediate step when the chunk is inserted doesn't seem to have to be a word. For example: rot13(ybtvfg|vp| -> ybt|vp|vfg. Nygubhtu ybtvfg vf abg n jbeq, guvf fgvyy nccrnef gb or inyvq.)
            $endgroup$
            – Michael Moschella
            6 hours ago




            $begingroup$
            It seems like you don't even need that, since the intermediate step when the chunk is inserted doesn't seem to have to be a word. For example: rot13(ybtvfg|vp| -> ybt|vp|vfg. Nygubhtu ybtvfg vf abg n jbeq, guvf fgvyy nccrnef gb or inyvq.)
            $endgroup$
            – Michael Moschella
            6 hours ago













            1












            $begingroup$


            If the word is [Left][Right] turned [Left][Extra chunk][Right], this chunk must be removed from somewhere else. Let's say it consists of six parts, as in [1][2][[Extra chunk 1][Extra chunk 2]][3][4] (1 or 4 can be empty):

            If [[Extra chunk 1][Extra chunk 2]] = [2][Extra chunk 1], it still changes the result as long as [2] != [Extra chunk 2].

            If [[Extra chunk 1][Extra chunk 2]] = [Extra chunk 2][3], it still changes the result as long as [3] != [Extra chunk 1].







            share|improve this answer









            $endgroup$

















              1












              $begingroup$


              If the word is [Left][Right] turned [Left][Extra chunk][Right], this chunk must be removed from somewhere else. Let's say it consists of six parts, as in [1][2][[Extra chunk 1][Extra chunk 2]][3][4] (1 or 4 can be empty):

              If [[Extra chunk 1][Extra chunk 2]] = [2][Extra chunk 1], it still changes the result as long as [2] != [Extra chunk 2].

              If [[Extra chunk 1][Extra chunk 2]] = [Extra chunk 2][3], it still changes the result as long as [3] != [Extra chunk 1].







              share|improve this answer









              $endgroup$















                1












                1








                1





                $begingroup$


                If the word is [Left][Right] turned [Left][Extra chunk][Right], this chunk must be removed from somewhere else. Let's say it consists of six parts, as in [1][2][[Extra chunk 1][Extra chunk 2]][3][4] (1 or 4 can be empty):

                If [[Extra chunk 1][Extra chunk 2]] = [2][Extra chunk 1], it still changes the result as long as [2] != [Extra chunk 2].

                If [[Extra chunk 1][Extra chunk 2]] = [Extra chunk 2][3], it still changes the result as long as [3] != [Extra chunk 1].







                share|improve this answer









                $endgroup$




                If the word is [Left][Right] turned [Left][Extra chunk][Right], this chunk must be removed from somewhere else. Let's say it consists of six parts, as in [1][2][[Extra chunk 1][Extra chunk 2]][3][4] (1 or 4 can be empty):

                If [[Extra chunk 1][Extra chunk 2]] = [2][Extra chunk 1], it still changes the result as long as [2] != [Extra chunk 2].

                If [[Extra chunk 1][Extra chunk 2]] = [Extra chunk 2][3], it still changes the result as long as [3] != [Extra chunk 1].








                share|improve this answer












                share|improve this answer



                share|improve this answer










                answered 3 hours ago









                NautilusNautilus

                4,1226 silver badges26 bronze badges




                4,1226 silver badges26 bronze badges



























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