{"kind":"task","effective_mode":"full","benchmark":{"kind":"benchmark","effective_mode":"full","slug":"bbeh","formal_name":"BIG-Bench Extra Hard (BBEH)","introduction":"BIG-Bench Extra Hard evaluates language-model reasoning through challenging task categories. It offers full and mini distributions; this import contains the full distribution: 4,520 questions across all 23 task categories.","introduction_ja":"","introduction_en":"","category":"Category not supplied","task_count":null,"acquisition_status":"Acquisition status not supplied","official_url":"https://github.com/google-deepmind/bbeh","indexing_mode":"index","profile":{"resources":[],"task_format":"","scoring":"","metric":"","size":"","answer_access":"","license":"","citation":"","maintainer":"","released":"","why_hard":"","related":[],"history":"","construction":"","limitations":"","saturation":"","scores":[]}},"task_id":"67439907-934c-56f2-8cc8-acab6172cd15","task_key":"bbeh~5fword~5fsorting--full--67439907-934c-56f2-8cc8-acab6172cd15","task_revision_id":"1","upstream_id":"","short_description":"You are an expert in word sorting. You will be provided with a list of words and…","config":"bbeh_word_sorting","split":"full","body":"{\"input\":\"\\nYou are an expert in word sorting. You will be provided with a list of words and the steps taken, in the form of thoughts, to arrange them in alphabetical order.\\nYour job is to identify the first step that was a mistake in reasoning about the order of the words. This can be misunderstanding the order of\\nthe alphabet or getting the word or letter wrong or missing a word entirely.\\nQ: Sort the following words alphabetically: List: physique pancreas clogging saxony ex hippo basque niacin coxcomb synapse scent nightshade sub spider braun loud north decompression prosper\\nThought 1: I should start by looking at the first letter of the words in the list. The first letter: \\\"physique\\\": \\\"p\\\" (16). \\\"pancreas\\\": \\\"p\\\" (16). \\\"clogging\\\": \\\"c\\\" (3). \\\"saxony\\\": \\\"s\\\" (19). \\\"ex\\\": \\\"e\\\" (5). \\\"hippo\\\": \\\"h\\\" (8). \\\"basque\\\": \\\"b\\\" (2). \\\"niacin\\\": \\\"n\\\" (14). \\\"coxcomb\\\": \\\"c\\\" (3). \\\"synapse\\\": \\\"s\\\" (19). \\\"scent\\\": \\\"s\\\" (19). \\\"nightshade\\\": \\\"n\\\" (14). \\\"sub\\\": \\\"s\\\" (19). \\\"spider\\\": \\\"s\\\" (19). \\\"braun\\\": \\\"b\\\" (2). \\\"loud\\\": \\\"l\\\" (12). \\\"north\\\": \\\"n\\\" (14). \\\"decompression\\\": \\\"d\\\" (4). \\\"prosper\\\": \\\"p\\\" (16).\\nThought 2: We now have: (2) [\\\"basque\\\" ? \\\"braun\\\"] < (3) [\\\"clogging\\\" ? \\\"coxcomb\\\"] < (4) \\\"decompression\\\" < (5) \\\"ex\\\" < (8) \\\"hippo\\\" < (12) \\\"loud\\\" < (14) [\\\"niacin\\\" ? \\\"nightshade\\\" ? \\\"north\\\"] < (16) [\\\"pancreas\\\" ? \\\"physique\\\" ? \\\"prosper\\\"] < (19) [\\\"saxony\\\" ? \\\"scent\\\" ? \\\"spider\\\" ? \\\"sub\\\" ? \\\"synapse\\\"].\\nThought 3: Now let's sort this subpart [\\\"basque\\\" ? \\\"braun\\\"] by looking at their second letters. The second letter: \\\"basque\\\": \\\"a\\\" (1). \\\"braun\\\": \\\"r\\\" (18).\\nThought 4: We now have: (1) \\\"basque\\\" < (18) \\\"braun\\\" for the subpart. Hence, we have [\\\"basque\\\" ? \\\"braun\\\"] < [\\\"clogging\\\" ? \\\"coxcomb\\\"] < \\\"decompression\\\" < \\\"ex\\\" < \\\"hippo\\\" < \\\"loud\\\" < [\\\"niacin\\\" ? \\\"nightshade\\\" ? \\\"north\\\"] < [\\\"pancreas\\\" ? \\\"physique\\\" ? \\\"prosper\\\"] < [\\\"saxony\\\" ? \\\"scent\\\" ? \\\"spider\\\" ? \\\"sub\\\" ? \\\"synapse\\\"].\\nThought 5: Now let's sort this subpart [\\\"clogging\\\" ? \\\"coxcomb\\\"] by looking at their second letters. The second letter: \\\"clogging\\\": \\\"l\\\" (12). \\\"coxcomb\\\": \\\"o\\\" (15).\\nThought 6: We now have: (12) \\\"clogging\\\" < (15) \\\"coxcomb\\\" for the subpart. Hence, we have \\\"basque\\\" < \\\"braun\\\" < \\\"clogging\\\" < \\\"coxcomb\\\" < \\\"decompression\\\" < \\\"ex\\\" < \\\"hippo\\\" < \\\"loud\\\" < [\\\"niacin\\\" ? \\\"nightshade\\\" ? \\\"north\\\"] < [\\\"pancreas\\\" ? \\\"physique\\\" ? \\\"prosper\\\"] < [\\\"saxony\\\" ? \\\"scent\\\" ? \\\"spider\\\" ? \\\"sub\\\" ? \\\"synapse\\\"].\\nThought 7: Now let's sort this subpart [\\\"niacin\\\" ? \\\"nightshade\\\" ? \\\"north\\\"] by looking at their second letters. The second letter: \\\"niacin\\\": \\\"i\\\" (9). \\\"nightshade\\\": \\\"i\\\" (9). \\\"north\\\": \\\"o\\\" (15).\\nThought 8: We now have: (9) [\\\"niacin\\\" ? \\\"nightshade\\\"] < (15) \\\"north\\\" for the subpart. Hence, we have \\\"basque\\\" < \\\"braun\\\" < \\\"clogging\\\" < \\\"coxcomb\\\" < \\\"decompression\\\" < \\\"ex\\\" < \\\"hippo\\\" < \\\"loud\\\" < [\\\"niacin\\\" ? \\\"nightshade\\\"] < \\\"north\\\" < [\\\"pancreas\\\" ? \\\"physique\\\" ? \\\"prosper\\\"] < [\\\"saxony\\\" ? \\\"scent\\\" ? \\\"spider\\\" ? \\\"sub\\\" ? \\\"synapse\\\"].\\nThought 9: Now let's sort this subpart [\\\"niacin\\\" ? \\\"nightshade\\\"] by looking at their third letters. The third letter: \\\"niacin\\\": \\\"a\\\" (1). \\\"nightshade\\\": \\\"t\\\" (20).\\nThought 10: We now have: (1) \\\"niacin\\\" < (20) \\\"nightshade\\\" for the subpart. Hence, we have \\\"basque\\\" < \\\"braun\\\" < \\\"clogging\\\" < \\\"coxcomb\\\" < \\\"decompression\\\" < \\\"ex\\\" < \\\"hippo\\\" < \\\"loud\\\" < \\\"niacin\\\" < \\\"nightshade\\\" < \\\"north\\\" < [\\\"pancreas\\\" ? \\\"physique\\\" ? \\\"prosper\\\"] < [\\\"saxony\\\" ? \\\"scent\\\" ? \\\"spider\\\" ? \\\"sub\\\" ? \\\"synapse\\\"].\\nThought 11: Now let's sort this subpart [\\\"pancreas\\\" ? \\\"physique\\\" ? \\\"prosper\\\"] by looking at their second letters. The second letter: \\\"pancreas\\\": \\\"a\\\" (1). \\\"physique\\\": \\\"h\\\" (8). \\\"prosper\\\": \\\"r\\\" (18).\\nThought 12: We now have: (1) \\\"pancreas\\\" < (8) \\\"physique\\\" < (18) \\\"prosper\\\" for the subpart. Hence, we have \\\"basque\\\" < \\\"braun\\\" < \\\"clogging\\\" < \\\"coxcomb\\\" < \\\"decompression\\\" < \\\"ex\\\" < \\\"hippo\\\" < \\\"loud\\\" < \\\"niacin\\\" < \\\"nightshade\\\" < \\\"north\\\" < \\\"pancreas\\\" < \\\"physique\\\" < \\\"prosper\\\" < [\\\"saxony\\\" ? \\\"scent\\\" ? \\\"spider\\\" ? \\\"sub\\\" ? \\\"synapse\\\"].\\nThought 13: Now let's sort this subpart [\\\"saxony\\\" ? \\\"scent\\\" ? \\\"spider\\\" ? \\\"sub\\\" ? \\\"synapse\\\"] by looking at their second letters. The second letter: \\\"saxony\\\": \\\"a\\\" (1). \\\"scent\\\": \\\"c\\\" (3). \\\"spider\\\": \\\"p\\\" (16). \\\"sub\\\": \\\"u\\\" (21). \\\"synapse\\\": \\\"a\\\" (1).\\nThought 14: We now have: (1) [\\\"saxony\\\" ? \\\"synapse\\\"] < (3) \\\"scent\\\" < (16) \\\"spider\\\" < (21) \\\"sub\\\" for the subpart. Hence, we have \\\"basque\\\" < \\\"braun\\\" < \\\"clogging\\\" < \\\"coxcomb\\\" < \\\"decompression\\\" < \\\"ex\\\" < \\\"hippo\\\" < \\\"loud\\\" < \\\"niacin\\\" < \\\"nightshade\\\" < \\\"north\\\" < \\\"pancreas\\\" < \\\"physique\\\" < \\\"prosper\\\" < \\\"saxony\\\" < \\\"scent\\\" < \\\"spider\\\" < \\\"sub\\\" < \\\"synapse\\\".\\nThought 15: I have now sorted all the words. The answer is basque braun clogging coxcomb decompression ex hippo loud niacin north pancreas physique prosper saxony scent spider sub synapse\\nQ: Is there a mistake in this sequence? Write \\\"No\\\" if there are no mistakes, or the number N if there is a mistake in Thought N.\\n\"}","display_format":"text","language":"","answer_status":"published","assets":[],"source_url":"https://github.com/google-deepmind/bbeh","history":"initial import","indexing_mode":"index","subproblems":[],"grids":[]}