Right examples have the keyword "convoluted" on the OEBP.

Images of Bongard Problems with convoluted solutions often admit many alternative solutions of similar complexity. In order for one particular convoluted solution to be the simplest solution, it is often necessary to include a large number of examples. A similar issue appears in @infodense Bongard Problems.

It is common for a person to find the solution to a too-convoluted Problem and discount it because it seems too convoluted. A solution to a Bongard Problem is unambiguous when it is the least convoluted option by a large margin.

Related to @arbitrary.

See BP374 for simple vs. complicated drawings.

Right examples have the keyword "convoluted" on the OEBP.

Images of Bongard Problems with convoluted solutions often admit many alternative solutions of similar complexity. In order for one particular convoluted solution to be the simplest solution, it is often necessary to include a large number of examples. A similar issue appears in "infodense" Problems (left-BP978).

It is common for a person to find the solution to a too-convoluted Problem and discount it because it seems too convoluted. A solution to a Bongard Problem is unambiguous when it is the least convoluted option by a large margin.

Right examples have the keyword "convoluted" on the OEBP.

Images of Bongard Problems with convoluted solutions often admit many alternative solutions of similar complexity. In order for one particular convoluted solution to be the simplest solution, it is often necessary to include a large number of examples. A similar issue appears in "infodense" Problems (left-BP978).

It is common for a person to find the solution to a too-convoluted Problem and discount it because it seems too convoluted. A solution to a Bongard Problem is unambiguous when it is the least convoluted solution possible by a large margin.

Right examples have the keyword "convoluted" on the OEBP.

Images of Bongard Problems with convoluted solutions often admit many alternative solutions of similar complexity. In order for one particular convoluted solution to be the simplest solution, it is often necessary to include a large number of examples. A similar issue appears in "infodense" Problems (left-BP978).

It is common for a person to find the solution to a too-convoluted Problem and discount it because it seems too convoluted. A solution to a Bongard Problem is unambiguous when it is the least convoluted possible by a large margin.

Right examples have the keyword "convoluted" on the OEBP.

Images of Bongard Problems with convoluted solutions often admit many alternative solutions of similar complexity. In order for one particular convoluted solution to be the simplest solution, it is often necessary to include a large number of examples. A similar issue appears in "infodense" Problems (left-BP978).

It is common for a person to find the solution to a too-convoluted Problem and discount it because it seems too convoluted.

Right examples have the keyword "convoluted" on the OEBP.

Images of Bongard Problems with convoluted solutions often admit many alternative solutions of similar complexity. In order for one particular convoluted solution to be the simplest solution, it is often necessary to include a large number of examples. A similar issue appears in "infodense" Problems (left-BP978).

It is common for a person to find the solution to a convoluted Problem and discount it because it seems too convoluted.

Related to "arbitrary" (left-BP950).

See BP374 for simple vs. complicated drawings.

Related to "arbitrary" (left-BP950).

See BP374 for simple vs. complicated images.

Bongard Problems with simple solutions vs. Bongard Problems with convoluted solutions.

Right examples have the keyword "convoluted" on the OEBP.

Convoluted solutions are often unsatisfying. It is common for a person to find the solution to a convoluted Problem and discount it because it seems too convoluted. Images of Bongard Problems with convoluted solutions often also admit many alternative solutions of similar complexity. In order for one particular convoluted solution to be the simplest solution, it is often necessary to include a large number of examples. A similar issue appears in "infodense" Problems (left-BP978).

Related to "arbitrary" (left-BP950).