Datasets:

Jofthomas

/

Gaia-links

like 0

{ "Steps": "1. Searched \"August Wikipedia\" on Google search.\n2. Opened the Wikipedia page for the month of August.\n3. Clicked on \"View history\" on the \"August 1\" page.\n4. Went back to the last edited version prior to July 2023.\n5. Checked the references for Twitter posts.\n6. Repeated the process for each day of August.\n7. Counted the Twitter posts found.", "Number of steps": "7", "How long did this take?": "8 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2" }

[ { "name": "Wikipedia", "url": "https://en.wikipedia.org/wiki/August" } ]

[ { "name": "Twitter", "section": "References" } ]

{ "Steps": "1. Searched \"ScienceDirect\" on Google.\n2. Opened the ScienceDirect website.\n3. Clicked on the top listed domain in the Life Science section on the main page (Agricultural and Biological Sciences).\n4. Clicked on \"Reference works\" in the filters.\n5. Noted the number at the top.\n6. Subtracted the number that had 2023 or later as a date.\n7. Changed the domain to the following one and noted the number.\n8. Repeated step 6 for all Life Science domains.\n9. Calculated the sample standard deviation (16.195678435929).\n10. Went back to the home page.\n11. Repeated steps 3-9 for Health Science (15.926916420534).\n12. Subtracted 16.195678435929 - 15.926916420534.\n13. Rounded to the third decimal place.", "Number of steps": "13", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Calculator", "Number of tools": "3" }

[]

[]

{ "Steps": "1. Google searched \"King of Pop\".\n2. Clicked on Michael Jackson's Wikipedia.\n3. Scrolled down to \"Discography\".\n4. Clicked on the sixth album, \"Thriller\".\n5. Looked under \"Singles from Thriller\".\n6. Clicked on the fifth single, \"Human Nature\".\n7. Google searched \"Human Nature Michael Jackson Lyrics\".\n8. Looked at the opening result with full lyrics sourced by Musixmatch.\n9. Looked for repeating lyrics to determine the chorus.\n10. Determined the chorus begins with \"If they say\" and ends with \"Does he do me that way?\"\n11. Found the second instance of the chorus within the lyrics.\n12. Noted the last word before the second chorus - \"stare\".", "Number of steps": "12", "How long did this take?": "20 minutes", "Tools": "Web Browser", "Number of tools": "1" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Wikipedia", "section": "Michael Jackson" } ]

{ "Steps": "1. Check the student's answers.\n2. Note problems 3 and 6 are incorrect.\n3. Calculate the points gained based on the point values provided: 1. 10, 2. 10, 3. 0, 4. 5, 5. 20, 6. 0, 7. 5, 8. 10, 9. 15, 10. 5.\n4. Sum them, then add the 5 bonus points: 10 + 10 + 0 + 5 + 20 + 0 + 5 + 10 + 15 + 5 + 5 = 85", "Number of steps": "4", "How long did this take?": "10 minutes", "Tools": "1. image recognition/OCR\n2. calculator", "Number of tools": "2" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Stack Overflow", "section": "questions" } ]

{ "Steps": "1. Use search engine to search for \"2008 painting Embroidery from Uzbekistan\".\n2. Open the top result, a link to the painting's page on the Dayton Art Institute website, and verify that the painting has the specified title and year.\n3. Identify the fruits in the painting as watermelon, pear, lemon, and banana, which can be verified by either watching the video on the page or reading its linked transcript.\n4. Use search engine to search for \"ocean liner floating prop The Last Voyage\".\n5. Note from the results that this ocean liner was the SS Île de France.\n6. Use search engine to search for \"October 1949 breakfast menu SS Île de France\".\n7. Go to the result that shows the vintage SS Île de France breakfast menu for October 1949.\n8. Search the menu for each of the four fruits from the painting, finding \"Pear\" and \"Bananas\" but no matches for \"lemon\" or \"watermelon\".\n9. Check the positions of the fruits in the painting to find that the pears come before the bananas in clockwise order starting from the 12 o'clock position.\n10. Format the final answer as specified using the correct ordering: pears, bananas", "Number of steps": "10", "How long did this take?": "6", "Tools": "1. Web browser\n2. Search engine\n3. Image recognition and processing tools", "Number of tools": "3" }

[ { "name": "Dayton Art Institute website", "url": "https://www.daytonartinstitute.org/" }, { "name": "SS Île de France breakfast menu for October 1949", "url": "https://www.ssiledfrance.com/menu-oct-1949-breakfast.pdf" } ]

[ { "name": "Dayton Art Institute", "section": "2008 painting Embroidery from Uzbekistan" }, { "name": "SS Île de France", "section": "The Last Voyage" } ]

{ "Steps": "Step 1: Load the file supplied to me by my user.\nStep 2: Using speech-to-text tools, convert the audio file to plain text and store it for the candidate word list:\n\n\"In a saucepan, combine ripe strawberries, granulated sugar, freshly squeezed lemon juice, and cornstarch. Cook the mixture over medium heat, stirring constantly, until it thickens to a smooth consistency. Remove from heat and stir in a dash of pure vanilla extract. Allow the strawberry pie filling to cool before using it as a delicious and fruity filling for your pie crust.\"\n\nStep 3: Evaluate the candidate word list and process it, stripping each ingredient encountered to a provisional response list:\n\nripe strawberries\ngranulated sugar\nfreshly squeezed lemon juice\ncornstarch\npure vanilla extract\n\nStep 4: Alphabetize the list of ingredients as requested by my user to create a finalized response:\n\ncornstarch\nfreshly squeezed lemon juice\ngranulated sugar\npure vanilla extract\nripe strawberries\n\nStep 5: Report the correct response to my user:\n\n\"cornstarch\nfreshly squeezed lemon juice\ngranulated sugar\npure vanilla extract\nripe strawberries\"", "Number of steps": "5", "How long did this take?": "3 minutes", "Tools": "1. A file interface\n2. A speech-to-text tool", "Number of tools": "2" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Stack Overflow", "section": "questions" } ]

{ "Steps": "1. Extract the Python code from the image\n2. Run the code against the provided array. \n3. Navigate to the returned URL (https://web.archive.org/web/20230609112831/https://rosettacode.org/wiki/sorting_algorithms/Quicksort#C++)\n4. Extract the C++ code from the page.\n5. Insert the provided array into the C++ source code:\nint main() {\n std::vector<int> arr = {35, 12, 8, 99, 21, 5};\n quicksort(arr.begin(), arr.end());\n for (const auto& num : arr) {\n std::cout << num << \" \";\n }\n std::cout << \"\\n\";\n return 0;\n}\n6. Compile the edited code.\n7. Run the compiled binary", "Number of steps": "7", "How long did this take?": "45 minutes", "Tools": "1. File handling\n2. Computer vision or OCR\n3. Web browser\n4. Python\n5. C++ compiler\n6. Calculator ", "Number of tools": "6" }

[ { "name": "Rosetta Code", "url": "https://rosettacode.org/wiki/sorting_algorithms/Quicksort#C++" } ]

[ { "name": "web.archive.org", "section": "https://web.archive.org/web/20230609112831/" } ]

{ "Steps": "1. Calculated the total GB of the 60 files based on the standard limit + 100 (2000 + 100 = 2100).\n2. Calculated the size of each file (2100 GB / 60 = 35 GB).\n3. Calculated the number of files over the limit (100 / 35 = 2.8, round up to 3).\n4. Calculated the size of the remaining files (380 * 35 GB = 13,300 GB).\n5. Calculate the plan size required (13,300 GB / 2000 GB/TB = 6.65 TB => Plus plan).\n6. Calculate the additional cost ($19.99 - $9.99 = $10.00).\n7. Calculate the number of files over the Standard limit (380 + 3 = 383).\n8. Calculate the additional cost per added file ($10.00 / 383 = $0.026).\n9. Round to the nearest cent ($0.03).", "Number of steps": "9", "How long did this take?": "8 minutes", "Tools": "1. Image recognition tools\n2. Calculator", "Number of tools": "2" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Stack Overflow", "section": "questions" } ]

{ "Steps": "1. Open the provided file.\n2. Sum the ratings of the rows listed under Hotels, to get 19.\n3. Divide this by the number of hotels, 5, to get an average rating of 3.8.\n4. Sum the ratings of the rows listed under Rental Houses, to get 35.\n5. Divide this by the number of rental houses, 10, to get an average rating of 3.5.\n6. Since the average rating for hotels is higher than that for rental houses, answer “Hotels”.", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. PDF viewer\n2. Calculator", "Number of tools": "2" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Stack Overflow", "section": "questions" } ]

{ "Steps": "1. Google search \"National Air and Space Museum\".\n2. Note there are two National Air and Space Museums. One in Virginia, the other in Washington D.C.\n3. Google map search \"Potomac River\" and zoom out.\n4. See that Washington DC is east of the Potomac River.\n5. Determine that the National Air and Space Museum refers to the one in Washington D.C.\n6. Google search \"Metro Station National Air and Space Museum Washington D.C.\"\n7. Clicked on the first result: Getting Here | National Air and Space Museum, https://airandspace.si.edu/visit/museum-dc/directions.\n8. Read on the website, \"The closest Metrorail stop is at L'Enfant Plaza.\" Note this location.\n6. Google map search \"Fire Station 301 DCA ARFF\".\n7. Zoom out to look for nearby metro stations.\n8. The closest station is Ronald Reagan Washington National Airport.\n9. Google map search \"Cleveland Elementary School\".\n10. The closest metro station to Cleveland Elementry School is Shaw-Howard Univ Station.\n11. Google search \"DC Metro Station Map\".\n12. Clicked on the second result: 2022 System Map, https://www.wmata.com/schedules/maps/upload/2022-System-Map.pdf.\n13. Locate L'Enfant Plaza station. It is the transfer station for all color lines.\n14. Locate Shaw-Howard Univ stations 4 stops above L'Enfant Plaza station.\n15. Locate Ronald Reagan National Airport station on the blue/yellow line.\n16. Recall the current location: Shaw-Howard Univ station's yellow/green line.\n17. Since the question says no line changes, we deduce the line must be one that Shaw-Howard Univ and Ronald Reagan National Airport stations have in common: yellow line.\n18. Begin at Shaw-Howard Univ station and follow the yellow line.\n19. Count the number of stops until it reaches Ronald Reagan National Airport station.\n20. Final answer: 8. \n", "Number of steps": "20", "How long did this take?": "50 minutes", "Tools": "1. Web Browser\n2. Search Engine\n3. Access to Google Maps\n4. Image recognition tools", "Number of tools": "4" }

[]

[]

{ "Steps": "1. Searched \"Scikit-Learn July 2017 changelog\" on Google.\n2. Opened \"Release History\" from the Scikit-Learn website.\n3. Clicked \"Other versions\" in the upper left.\n4. Opened the links, starting from the bottom, until one was found that included the \"July 2017\" changelog under the News.\n5. Looked for the \"Bug fixes\" section.\n6. Looked under \"Other predictors\" in that section.", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2" }

[ { "name": "Scikit-Learn website", "url": "https://scikit-learn.org/stable/" } ]

[ { "name": "Scikit-Learn", "section": "Release History" } ]

{ "Steps": "1. Looked up the route from Los Angeles to Cincinnati on Google.\n2. Noted the miles (2,180 mi) and the states traveled.\n3. Looked up the route from Cincinnati to Augusta on Google.\n4. Noted the miles (1,035.4 mi) and the states traveled.\n5. Searched \"us bottle deposit\" on Google.\n6. Opened the \"Container deposit legislation in the United States\" page on Wikipedia.\n7. Clicked \"View history\" for the page.\n8. Opened the last version from May 2023.\n9. Found Maine's bottle deposit as of May 2023 (5 cents)\n10. Added the miles (2,180 + 1,035 = 3,215).\n11. Rounded the miles to the nearest 100 (3,200).\n12. Calculated the number of bottles (3,200 / 100 = 32, 32 * 5 = 160 bottles).\n13. Multiplied bottles by bottle deposit (160 * 5 = 800).\n14. Converted cents to dollars ($8).", "Number of steps": "14", "How long did this take?": "15 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Calculator", "Number of tools": "3" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Wikipedia", "section": "Container deposit legislation in the United States" } ]

{ "Steps": "1. Search \"Polish-language version of Everybody Loves Raymond\" and pull up the Wiki page for Wszyscy kochają Romana.\n2. See that Bartłomiej Kasprzykowski is marked as playing Ray and go to his Wiki page.\n3. See that he is stated to have played Wojciech Płaska in Magda M.", "Number of steps": "3", "How long did this take?": "5 minutes", "Tools": "None", "Number of tools": "0" }

[ { "name": "Wikipedia", "url": "https://en.wikipedia.org/wiki/Wszyscy_kochaj%C4%85_Romana" } ]

[ { "name": "Wikipedia", "section": "Bartłomiej Kasprzykowski" } ]

{ "Steps": "1. Located Carl Nebel's Wikipedia page.\n2. After navigating to the references at the bottom, I followed the link in the first one, titled \"Thieme-Becker, entry \"Nebel, Carl\"\"\n3. That takes me to the Thieme-Becker Wiki page, where I open the embedded image.\n4. Scanning through, the latest year date mentioned is 1927", "Number of steps": "4", "How long did this take?": "15 Minutes", "Tools": "1. A web browser\n2. A search engine\n3. Image recognition/OCR", "Number of tools": "3" }

[ { "name": "Carl Nebel's Wikipedia page", "url": "https://en.wikipedia.org/wiki/Carl_Nebel" }, { "name": "Thieme-Becker Wiki page", "url": "https://de.wikipedia.org/wiki/Thieme-Becker" } ]

[ { "name": "Thieme-Becker", "section": "entry \"Nebel, Carl\"" } ]

{ "Steps": "1. Look up \"Game grumps sonic 2006 playthrough\".\n2. Click on the first result and verify that it matches the parameters from the question.\n3. Scrub to the thirty-second mark in the video.\n4. Note the letters in white on the red background.\n5. Count the letter \"E\"'s in the phrase.", "Number of steps": "5", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. YouTube player\n3. Color recognition\n4. OCR", "Number of tools": "4" }

[ { "name": "Game Grumps Sonic 2006 playthrough", "url": "https://www.youtube.com/results?search_query=Game+Grumps+Sonic+2006+playthrough" } ]

[ { "name": "YouTube", "section": "video player" } ]

{ "Steps": "1. Open the attached spreadsheet.\n2. Count the number of even and odd street addresses: 4 are even and 8 are odd. So, 4 houses face west and 8 houses face east.\n3. Since these awnings are for the backyard, the houses that face east have a back facing west, and vice-versa. Since the sun sets in the west, the 8 east-facing houses need the sunset-style awning.", "Number of steps": "3", "How long did this take?": "5 minutes", "Tools": "1. Microsoft Excel / Google Sheets", "Number of tools": "1" }

[]

[]

{ "Steps": "1. Search \"top 5 silliest animal moments bbc earth youtube\" on Google search.\n2. Open the top link to \"Top 5 Silliest Animal Moments! | BBC Earth - YouTube\".\n3. Listen to the video until the species is named.", "Number of steps": "3", "How long did this take?": "3 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Video recognition tools", "Number of tools": "3" }

[ { "name": "BBC Earth", "url": "https://www.youtube.com/watch?v=dQw4w9WgXcQ" } ]

[ { "name": "Google", "section": "search bar" } ]

{ "Steps": "1. Search the web for 10.1353/book.24372.\n2. Click link to read the book.\n3. Click link for the second chapter.\n4. Ctrl-F for “endopsychic” to find a relevant passage.\n5. Read the passage to find the author the question is asking about, Kleinpaul.", "Number of steps": "5", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser\n3. PDF viewer", "Number of tools": "3" }

[]

[]

{ "Steps": "1. Do a web search for \"longest-lived vertebrate\"\n2. Find the answer, \"Greenland shark\"\n3. Find the Wikipedia entry for Greenland\n4. Look at the first revision dated January 1, 2021\n5. Find the 2020 population estimate, 56081\n6. Round to the nearest thousand, 56000", "Number of steps": "6", "How long did this take?": "30 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Access to Wikipedia\n4. Natural language processor", "Number of tools": "4" }

[]

[]

{ "Steps": "1. Run the attached Python code", "Number of steps": "1", "How long did this take?": "30 seconds", "Tools": "1. Python", "Number of tools": "1" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Stack Overflow", "section": "questions" } ]

{ "Steps": "1. Searched \"connected papers deepfruits\" on Google search.\n2. Opened the \"DeepFruits: A Fruit Detection System Using Deep Neural Networks\" graph on ConnectedPapers.com.\n3. Clicked on the largest bubble (Redmon, 2015).\n4. Clicked on other bubbles to compare their features.\n5. Noted that Citations was the feature where the Redmon bubble exceeded all the others.", "Number of steps": "5", "How long did this take?": "7 minutes", "Tools": "1. Graph interaction tools\n2. Web browser\n3. Search engine", "Number of tools": "3" }

[ { "name": "ConnectedPapers.com", "url": "https://www.connectedpapers.com/main/5f7d7a5b3a2e5a001a3f7d7a" } ]

[ { "name": "Google", "section": "search" } ]

{ "Steps": "1. Use search engine to search for \"NASA Astronomy Pictures of the Day August 2015\".\n2. Navigate to the NASA Astronomy Picture of the Day Archive.\n3. Open the Astronomy Picture of the Day for 2015 August 1-7.\n4. Read the descriptions to check which picture shows the lights of a city on the horizon (2015 August 3) and note the name of the city (Marquette, Michigan, USA).\n5. Go to the Wikipedia article for Marquette, Michigan and note that the city was named after Jacques Marquette.\n6. Go to the Wikipedia article for Jacques Marquette and note that the Marquette Building in Chicago was named after him.\n7. Go to the Wikipedia page for the Marquette Building and verify that it is a Chicago landmark.\n8. Read the article and note that it was designed by architects Holabird & Roche.\n9. Go to the Wikipedia page for Holabird & Roche.\n10. Under \"View history\", select the latest version of the page revised during or before June 2023.\n11. Note that the name of the firm is Holabird & Root as of June 2023.", "Number of steps": "11", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2" }

[ { "name": "NASA Astronomy Pictures of the Day Archive", "url": "https://apod.nasa.gov/apod/archivepix.html" }, { "name": "Wikipedia article for Marquette, Michigan", "url": "https://en.wikipedia.org/wiki/Marquette,_Michigan" }, { "name": "Wikipedia article for Jacques Marquette", "url": "https://en.wikipedia.org/wiki/Jacques_Marquette" }, { "name": "Wikipedia page for the Marquette Building", "url": "https://en.wikipedia.org/wiki/Marquette_Building" }, { "name": "Wikipedia page for Holabird & Roche", "url": "https://en.wikipedia.org/wiki/Holabird_%26_Roche" } ]

[ { "name": "Wikipedia", "section": "View history" }, { "name": "Wikipedia", "section": "View history" } ]

{ "Steps": "1. Search the internet for \"blocks in bert base\"\n2. Examine the search results page to locate the answer (12)\n3. Search the internet for \"attention is all you need layers\"\n4, Navigate to https://proceedings.neurips.cc/paper_files/paper/2017/file/3f5ee243547dee91fbd053c1c4a845aa-Paper.pdf from the search results page\n5. Examine the architecture section of the PDF to locate the answer (12)\n6. Calculate the difference between the two numbers", "Number of steps": "6", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Calculator", "Number of tools": "3" }

[ { "name": "blocks in bert base", "url": "https://huggingface.co/bert-base-uncased" } ]

[ { "name": "Attention is all you need", "section": "architecture" } ]

{ "Steps": "Step 1: Evaluate the problem statement provided by my user, storing the relevant information: \n30 coins with a value of $1,000 distributed between 3 boxes.\nEach box must contain at least 2 coins\nOne box must contain 6 more coins than another\n\nStep 2: Evaluate the base distribution: 2-8-20, noting that two boxes must contain at least 8 coins\n\nStep 3: Evaluate the most even allowable distribution: 8,8,14, noting that two boxes must contain at least 8 coins\n\nStep 4: Evaluate a case where Bob guesses 8 for each box in the outlier distributions.\nStep 5: For the worst case 2-8-20 distribution, Bob wins 0+8+8 = 16 coins\nStep 6: For the 8-8-14 distribution, Bob wins 8+8+8 = 24 coins\nStep 7: Convert the worst-case coin count to a prize value, 16*$1,000 = $16,000\nStep 8: Report the correct answer to my user: \"$16,000\"", "Number of steps": "8", "How long did this take?": "5 minutes", "Tools": "1. A calculator", "Number of tools": "1" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Stack Overflow", "section": "questions" } ]

{ "Steps": "1. I start with the first line, \"T H E S E\" and proceed to the next, \"A G U L L\". At this point, I am able to discern that \"A G U L L\" is probably meant to be \"A GULL\". However, I continue to read through the rest of the lines to get a sense of any other words that might jump out that would substantiate \"A GULL\" being accurate both semantically and syntactically. 2. So now I am on the last line and decide to work backwards. \"CHAIR\" is on the last line all by itself and this does seem a plausible fit as a full word rather than a fragment of another word. When I look to the line directly above \"Y T O M Y\", the word \"my\" jumps out and this is a natural accompaniment to the noun often used to indicate possession. \n3. Eliminating the \"MY\" at the end of \"Y T O MY\" leaves \"Y T O\" remaining in the line and I immediately recognize the preposition \"TO\". It is a this point I am fairly confident that \"TO MY CHAIR\" is most likely accurate. Given that there is only a \"Y\" left, I discern it is more than likely the end of a word located in the row above.\n4. I am now on the fifth row down and am looking at the letters \"E F U L L\" Attaching the \"Y\" left over from the sixth row below I see \"E F U L L Y\" I recognize the word \"FULLY\" I know it can stand alone as an adverb or it can serve as a suffix to a larger adverb.\n5. Detaching the \"FULLY\", leaves the \"E\" alone on the line. Knowing it does not represent a word on its own in the English language, I look to attach it to the line above (row 4).\n6. The fourth row reads \"D P E A C\". Adding the \"E\" to the end, the first word I can separate out is \"ACE\". However \"ACEFULLY\" is not a word nor does \"ACE FULLY TO MY CHAIR\" make sense. When working my way left through the line, continuing to attach each letter as I go, I land on the \"P\" and am fairly confident that the word is \"PEACEFULLY\".\n7. Eliminating the \"PEAC\" from the row leaves me left with a \"D\". Now I look at the row above, row 3 and see that the row comprises the word \"GLIDE\" Adding the \"D\" to the end of the word would not only be permissible in terms of a displaying appropriate tense but it also makes sense as I add it to the fragment I have so far. I now can read \"GLIDED PEACEFULLY TO MY CHAIR\".\n8. Now, I am on the second line and if I were to read it from there on down it would read \"A GULL GLIDED PEACEFULLY TO MY CHAIR\". While this reads well and makes sense semantically and syntactically on its own, it does not make sense when I add the first row. THESE A GULL GLIDED PEACEFULLY TO MY CHAIR. So now I am left with the conclusion that \"A GULL\" is not correct. Either it is part of a larger word or the letters need to be broken down further. At a quick glace, I can see that they don't make sense being broken down further so I leave \"GULL\" and add the \"A\" to the string above. Immediately my eye sees that \"A can be added to \"SE\" to make \"SEA\" and that the remaining\nletters spell the word \"THE\" I now know the sentence reads \"The seagull glided peacefully to my chair.", "Number of steps": "8", "How long did this take?": "a few minutes at most", "Tools": "None", "Number of tools": "0" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Wikipedia", "section": "https://en.wikipedia.org/wiki/" } ]

{ "Steps": "1. Go to the Wikipedia page for \"United States secretary of homeland security\".\n2. Open the Wikipedia pages for each person who held the position of United States secretary of homeland security in a non-acting capacity prior to April 2019.\n3. Using the infobox on each person's Wikipedia page, open the Wikipedia page for the university from which each person received a bachelor's degree (bachelor's degree indicated by AB, BA, or BS).\n4. Comparing the longitude coordinates for each university given on their Wikipedia pages, note that Santa Clara University is the westernmost as it has the highest longitude value in degrees W.\n5. Note that the easternmost is either Harvard University or University of Massachusetts Boston, but the longitude for Harvard University is expressed in degrees, minutes, and seconds (71°07′01″W) while the longitude for University of Massachusetts Boston is expressed in decimal degrees (71.038445°W), requiring conversion to determine which is further east.\n6. Convert 71°07′01″W to decimal degrees using the formula [decimal degrees] = [degrees] + [minutes] / 60 + [seconds] / 3600 to get approximately 71.1169°W for Harvard's longitude, which is further west than the University of Massachusetts Boston's longitude.\n7. Use determined westernmost and easternmost university names to produce the final answer: Santa Clara University, University of Massachusetts Boston", "Number of steps": "7", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Calculator", "Number of tools": "2" }

[ { "name": "Wikipedia", "url": "https://en.wikipedia.org/wiki/United_States_Secretary_of_Homeland_Security" } ]

[ { "name": "Wikipedia", "section": "United States secretary of homeland security" } ]

{ "Steps": "1. Open the attached file.\n2. Search the web for the number of pages in the first book, Fire and Blood by George R. R. Martin.\n3. Since the results give conflicting answers, use an estimated word count of 200,000. The reading rates for the different books likely aren’t close enough that a precise word count matters.\n4. Search the web for “song of solomon toni morrison word count”, to get the word count for the next book.\n5. Note the answer, 97,364.\n6. Search the web for “the lost symbol dan brown word count”.\n7. Since the results give conflicting answers, use an estimated word count of 150,000.\n8. Search the web for “2001 a space odyssey word count”.\n9. Since the results give conflicting answers, use an estimated word count of 70,000.\n10. Search the web for “american gods neil gaiman word count”.\n11. Note the answer, 183,222.\n12. Search the web for “out of the silent planet cs lewis word count”.\n13. Note the word count, 57,383.\n14. Search the web for “the andromeda strain word count”.\n15. Note the word count, 67,254.\n16. Search the web for “brave new world word count”.\n17. Note the word count, 63,766.\n18. Search the web for “silence shusaku endo word count”.\n19. Note the word count, 64,000\n20. Search the web for “the shining word count”.\n21. Note the word count, 165,581.\n22. Count the number of days it took to read the first book: 45.\n23. Since the next book was read over the end of February, search the web for “was 2022 a leap year”.\n24. Note that 2022 was not a leap year, so it has 28 days.\n25. Count the number of days it took to read the second book, 49.\n26. Count the number of days it took to read the third book, 66.\n27. Count the number of days it took to read the fourth book, 24.\n28. Count the number of days it took to read the fifth book, 51.\n29. Count the number of days it took to read the sixth book, 37.\n30. Count the number of days it took to read the seventh book, 31.\n31. Count the number of days it took to read the eighth book, 20.\n32. Count the number of days it took to read the ninth book, 34.\n33. Count the number of days it took to read the final book, 7.\n34. Divide the word count by number of pages to get words per day. For the first book, this is 200,000 divided by 45 equals about 4,444.\n35. Calculate the words per day for the second book, 1,987.\n36. Calculate the words per day for the third book, 2,273.\n37. Calculate the words per day for the fourth book, 2,917.\n38. Calculate the words per day for the fifth book, 3,593.\n39. Calculate the words per day for the sixth book, 1,551.\n40. Calculate the words per day for the seventh book, 2,169.\n41. Calculate the words per day for the eighth book, 3,188.\n42. Calculate the words per day for the ninth book, 1,882.\n43. Calculate the words per day for the final book, 23,654.\n44. Note the title of the book with the least words per day, Out of the Silent Planet.", "Number of steps": "44", "How long did this take?": "15 minutes", "Tools": "1. Microsoft Excel / Google Sheets\n2. Search engine\n3. Web browser\n4. Calculator", "Number of tools": "4" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[]

{ "Steps": "1. Look up Babylonian number system (base 60, using uniform 'hashmarks' as counters)\n2. Converted the Cuniform to Arabic (8 56)\n3. Since Babylonian is a base 60 system, converted the \"60\"'s place to decimal (8*60=480)\n4. Added 56 to 480 (536).", "Number of steps": "4", "How long did this take?": "10 minutes", "Tools": "1. Bablyonian cuniform -> arabic legend", "Number of tools": "1" }

[ { "name": "Babylonian cuniform -> arabic legend", "url": "https://en.wikipedia.org/wiki/Babylonian_numerals" } ]

[ { "name": "Babylonian cuniform -> arabic legend", "section": "https://en.wikipedia.org/wiki/Babylonian_numerals" } ]

{ "Steps": "1. Searched \"Cornell Law School legal information institute\" on Google.\n2. Opened https://www.law.cornell.edu/.\n3. Clicked Get The Law > Federal Rules > Federal Rules of Evidence (fourth section down).\n4. Found the article that has \"witnesses\" in the most titles (VII).\n5. Opened the first rule (701).\n6. Scrolled to the last amendment as of 2021 (2011 amendment).\n7. Found the word that was deleted (inference).", "Number of steps": "7", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Cornell Law School legal information institute", "section": "Get The Law > Federal Rules > Federal Rules of Evidence (fourth section down)" } ]

{ "Steps": "1. Search the web for “American Alligator USGS”.\n2. Click result for the USGS Species Profile.\n3. Click “Animated Map”.\n4. Click the “Skip years with no recorded sightings” button.\n5. Zoom out on the map to better view the whole U.S.\n6. Move the slider back to the beginning, then advance it until I see a red dot pop up west of Texas.\n7. Note the year that the dot appears, 1954.", "Number of steps": "7", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Image recognition", "Number of tools": "3" }

[ { "name": "USGS Species Profile", "url": "https://www.usgs.gov/species/american-alligator" } ]

[ { "name": "USGS", "section": "Species Profile" } ]

{ "Steps": "1. Searched \"cities where us presidents are born\" on Google.\n2. Opened \"List of presidents of the United States by home state\" on Wikipedia.\n3. Searched the eastern cities to find the easternmost one (Braintree, MA).\n4. Checked the westernmost city (Honolulu, HI).", "Number of steps": "4", "How long did this take?": "8 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "3" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Wikipedia", "section": "List of presidents of the United States by home state" } ]

{ "Steps": "1. By googling Eva Draconis youtube, you can find her channel.\n2. In her about section, she has written her website URL, orionmindproject.com.\n3. Entering this website, you can see a series of symbols at the top, and the text \"> see what the symbols mean here\" below it.\n4. Reading through the entries, you can see a short description of some of the symbols.\n5. The only symbol with a curved line that isn't a circle or a portion of a circle is the last one.\n6. Note that the symbol supposedly means \"War is not here, this is a land of peace.\"", "Number of steps": "6", "How long did this take?": "30 minutes.", "Tools": "1. A web browser.\n2. A search engine.\n3. Access to YouTube\n4. Image recognition tools", "Number of tools": "4" }

[ { "name": "Eva Draconis' YouTube channel", "url": "https://www.youtube.com/results?search_query=Eva+Draconis" }, { "name": "Orion Mind Project website", "url": "orionmindproject.com" } ]

[ { "name": "Orion Mind Project website", "section": "About section" } ]

{ "Steps": "1. Use image search for \"dog harness brands with yellow logos\"\n2. Look at harnesses until a similar harness shows up\n3. Click through to see the harness\n4. Search \"ruffwear\"\n5. Go to the website\n6. Navigate to stories\n7. Find the story posted Dec 8th 2022\n8. Read the story to find any meats mentioned", "Number of steps": "8", "How long did this take?": "15 minutes", "Tools": "1. image recognition tools\n2. image search tools\n3. web browser\n4. search engine", "Number of tools": "4" }

[ { "name": "Ruffwear", "url": "https://www.ruffwear.com/" } ]

[ { "name": "Ruffwear", "section": "Stories" } ]

{ "Steps": "1. Searched \"Girls Who Code\" on Google.\n2. Opened https://girlswhocode.com/.\n3. Clicked \"About Us\".\n4. Noted that the chart started at 37% and declined to 24%.\n5. Subtracted the marked years to find the number of years (2017 - 1995 = 22).", "Number of steps": "5", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Calculator", "Number of tools": "3" }

[]

[]

{ "Steps": "1. Searched \"Ali Khan New Mexico staple TV show\" on Google.\n2. Opened \"Albuquerque | Cheap Eats\" at https://www.cookingchanneltv.com/shows/cheap-eats/episodes/albuquerque.\n3. Noted the New Mexico staple and the list of restaurants.\n4. Searched \"Albuquerque Cheap Eats carne avodava\" on Google.\n5. Confirmed the restaurant name (Papa Felipe's) from the results.\n6. Searched \"James Beard Award winners Papa Felipe's\" on Google.\n7. Opened \"Papa Felipe's Mexican Restaurant - Albuquerque, New ...\" at https://www.nmgastronome.com/?p=4572.\n8. Clicked the link on the book title.\n9. Copied the full book title from Amazon.", "Number of steps": "9", "How long did this take?": "15 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2" }

[]

[]

{ "Steps": "1. Google \"American Survivor Winners\". Scroll down to the Wikipedia listing \"Survivor (American TV Series)\".\n Search, https://en.wikipedia.org/wiki/Survivor_(American_TV_series), \n2.I begin to make a list of all the Survivor winners and their seasons. \n3.I google \"survivor cast CBS\" and click on cast tab at cbs.com (https://www.cbs.com/shows/survivor/cast/). It features the players of the most recently aired season. I click on the Seasons tab and scroll down to the first season. I find the winner from the first season (based on my list compiled from the en.wikipedia.org site mentioned in step 1) and scroll through the bio information until I see the mention of their birthday. It is usually contained in the last sentence of the bio. I repeat this process until I get to Season 18. It is at this point that CBS starts to omit the full birthdays. For seasons 18 and 19 they include the month and date but omit the year. By Season 20, the birthday is omitted completely. \n4. So now I am making a simple template entry in google for each successive winner: When was (insert winner's name), winner of (insert season they won) of Survivor born? There are usually two prominent sites I look for in my Google feed for this information:\n\n 1. Wikipedia page for that contestant: ex.: https://en.wikipedia.org/wiki/J._T._Thomas_(Survivor_contestant)\n 2. Survivor Wiki: ex.: https://survivor.fandom.com/wiki/J.T._Thomas \n Overall I have found the fan pages to be pretty reliable. If both options were available, I did take the opportunity to verify \n that they matched up. I did not find any discrepancies (as far as birthdays) between the two.\n\n5. Now I have a list of all forty of the winners from the first forty seasons of Survivor (two of them have won twice). I comb the list and \nnote the months when they are mentioned and how many times that they appear. Michele Fitzgerald, the winner of Season 32 of Survivor, is the only listed with a birthday in May.", "Number of steps": "I have five main processes listed but the individual steps for each winner (and any confirmation searches) would place it into the 40-60 range.", "How long did this take?": "65 minutes", "Tools": "1. web browser\n2. search engine", "Number of tools": "2" }

[ { "name": "Wikipedia", "url": "https://en.wikipedia.org/wiki/Survivor_(American_TV_series)" }, { "name": "CBS", "url": "https://www.cbs.com/shows/survivor/cast/" } ]

[ { "name": "Wikipedia", "section": "Survivor (American TV Series)" }, { "name": "CBS", "section": "Survivor cast" } ]

{ "Steps": "1. Search \"yankee stats\" to find their MLB stats page.\n2. Set the data to the 1977 regular season.\n3. Sort to find the most walks.\n4. See how many at bats the player had.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. web browser\n2. search engine", "Number of tools": "2" }

[ { "name": "MLB stats page", "url": "https://www.mlb.com/stats" } ]

[ { "name": "Yankees", "section": "stats" } ]

{ "Steps": "1. Use search engine to search for \"Vogue August 2021 cover\".\n2. Find the result from Vogue's archive for the August 2021 issue and go to the webpage.\n3. Identify the monument in the cover image as the Washington Monument.\n4. Go to the Wikipedia page for the Washington Monument.\n5. In the infobox, note that the height is 555 ft. \n6. Convert 555 ft to yards using a conversion factor of 1 yd / 3 ft: 555 ft * 1 yd / 3 ft = 185 yd, giving a final answer of 185.", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Image recognition tools\n4. Calculator", "Number of tools": "4" }

[ { "name": "Vogue", "url": "https://www.vogue.com/archive" } ]

[ { "name": "Wikipedia", "section": "Washington Monument" } ]

{ "Steps": "1. Search the web for “Audre Lorde Father Son and Holy Ghost”.\n2. Click on Poetry Foundation result.\n3. Note the stanza that appears to have lines indented, the second one.\n4. Return to search results to confirm.\n5. Click on second result.\n6. Confirm that the indentation appears in the second stanza here as well.", "Number of steps": "6", "How long did this take?": "5 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2" }

[ { "name": "Poetry Foundation", "url": "https://www.poetryfoundation.org/poems/" } ]

[ { "name": "Poetry Foundation", "section": "Audre Lorde Father Son and Holy Ghost" } ]

{ "Steps": "1. Search the web for British Academy Video Games Award for Best Game 2019\n2. Find the answer, Outer Wilds\n3. Find the Wikipedia page for Outer Wilds\n4. Go to the last revision from 2022.\n5. Note the release date, May 29, 2019\n6. View the page history\n7. Count how many edits were made to the page before May 2019\n8. Arrive at the answer, 60", "Number of steps": "8", "How long did this take?": "30 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Access to Wikipedia\n4. Calculator or counting function", "Number of tools": "4" }

[ { "name": "Wikipedia", "url": "https://en.wikipedia.org/wiki/Outer_Wilds" } ]

[ { "name": "Wikipedia", "section": "Outer Wilds" } ]

{ "Steps": "1. Open the provided spreadsheet.\n2. Locate the locomotive used for the Murder Mystery Express, which is listed as a steam locomotive with a 2-8-4 wheel configuration.\n3. Search the web for “2-8-4 steam locomotive”.\n4. Note the most common name for a locomotive with this wheel configuration, a Berkshire.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Microsoft Excel\n2. Search engine", "Number of tools": "2" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Wikipedia", "section": "2-8-4 steam locomotive" } ]

{ "Steps": "1. Searched \"penguin species populations wikipedia\" on Google search.\n2. Opened the \"List of Sphenisciformes by population\" Wikipedia article.\n3. Clicked \"View history\".\n4. Scrolled to the end of 2018 and opened the page.\n5. Scrolled to the encoding for the population table.\n6. Recorded the number of chinstrap penguins (8 million).\n7. Searched \"Nature.com global population assessment of the Chinstrap penguin 2020\" in Google search.\n8. Opened the top link to the article with the corresponding name and date.\n9. Read the abstract and noted the number of breeding pairs (3.42 million).\n10. Multiplied the breeding pairs by 2 to get the number of penguins (6.84 million).\n11. Subtracted the Wikipedia population from the Nature.com population (1.16 million).\n12. Multiplied 1.16 by 100 to get tens of thousands (116).", "Number of steps": "12", "How long did this take?": "20 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Calculator", "Number of tools": "3" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Wikipedia", "section": "List of Sphenisciformes by population" } ]

{ "Steps": "1. Open the provided file.\n2. Count the number of locomotives with “Sunset Picnic Trip” listed in the excursion column, 3.\n3. Count the number of those locomotives that are listed in the “Steam” section, 1.\n4. Since there are three total locomotives used for the Sunset Picnic Trip, and one is a steam locomotive, the odds are 1 in 3.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Microsoft Excel", "Number of tools": "1" }

[ { "name": "Microsoft Excel", "url": "https://www.microsoft.com/en-us/microsoft-365/excel" } ]

[]

{ "Steps": "Step 1: Load the file supplied by my user.\nStep 2: Using audio processing tools, convert the text of the audio file to speech:\n\n\"Before you all go, I want to remind you that the midterm is next week. Here's a little hint; you should be familiar with the differential equations on page 245, problems that are very similar to problems 32, 33, and 44 from that page might be on the test. And also some of you might want to brush up on the last page in the integration section, page 197. I know some of you struggled on last week's quiz. I foresee problem 22 from page 197 being on your midterm. Oh, and don't forget to brush up on the section on related rates, on pages 132, 133, and 134.\"\n\nStep 3: Evaluate the converted audio, recording each instance of page numbers: 245, 197, 197, 132, 133, 134\nStep 4: Sort the page numbers in ascending order, omitting duplicates, and store this list as the correct answer to my user's request: 132, 133, 134, 197, 245\nStep 5: Report the correct response to my user: \"132, 133, 134, 197, 245\"", "Number of steps": "5", "How long did this take?": "2 minutes", "Tools": "1. A file interface\n2. A speech-to-text audio processing tool", "Number of tools": "2" }

[]

[]

{ "Steps": "1. Search the web for “principle of double effect wikipedia”.\n2. Note a picture of St. Thomas Aquinas on the page, which is part of the Wikipedia “series on” template.\n3. Click “View history” to see the page’s revision history.\n4. Click to display more edits on the page.\n5. Ctrl-F for “template”.\n6. Browse the mentions of “template” until I find the revision that added the picture.\n7. Note the date that the template was added, 19 February 2009.\n8. Browse earlier revisions to ensure that a picture was not added earlier. ", "Number of steps": "8", "How long did this take?": "10 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Image recognition", "Number of tools": "3" }

[ { "name": "Wikipedia", "url": "https://en.wikipedia.org/wiki/Principle_of_double_effect" } ]

[ { "name": "Wikipedia", "section": "View history" } ]

{ "Steps": "1. Searched \"WoW classes\" on Google.\n2. Opened \"https://worldofwarcraft.blizzard.com/en-us/game/classes\".\n3. Made an alphabetical list of all WoW classes: Death Knight, Demon Hunter, Druid, Evoker, Hunter, Mage, Monk, Paladin, Priest, Rogue, Shaman, Warlock, and Warrior.\n4. Opened each page and noted the armor type: Death Knight (plate), Demon Hunter (leather), Druid (leather), Evoker (mail), Hunter (mail), Mage (cloth), Monk (leather), Paladin (plate), Priest (cloth), Rogue (leather), Shaman (mail), Warlock (cloth), and Warrior (plate).\n5. Looked up \"Kilt of the Forgotten One\" on Google.\n6. Opened https://www.wowhead.com/wotlk/item=37616/kilt-of-the-forgotten-one.\n7. Noted that it is leather, and none of the classes can use it, so the remaining classes are: Death Knight (plate), Evoker (mail), Hunter (mail), Mage (cloth), Paladin (plate), Priest (cloth), Shaman (mail), Warlock (cloth), and Warrior (plate).\n8. Noted that it was added in Wrath of the Lich King, so if the dungeon is newly released, the era is the Wrath of the Lich King expansion.\n9. Searched \"Wrath of the Lich King class abilities\" on Google.\n10. Opened https://www.wowhead.com/wotlk/spells/abilities.\n11. Sorted by class and noted that Evokers, Demon Hunters, and Monks did not exist yet, so the remaining classes are: Death Knight (plate), Hunter (mail), Mage (cloth), Paladin (plate), Priest (cloth), Shaman (mail), Warlock (cloth), and Warrior (plate).\n12. Checked which classes use Holy school abilities, Paladin (plate) and Priest (cloth), so they must be in the group as tank and healer.\n13. Checked which classes use ice (Frost) and fire abilities, Death Knight (plate), Mage (cloth), Shaman (mail), and Warlock (cloth).\n14. There can only be one other plate class, so it must be Death Knight or Warrior, and one other cloth class, so it must be Mage or Warlock.\n15. Metamorphosis is a Warlock ability in Wrath of the Lich King, so it must be the other cloth class, and the group so far is Paladin, Priest, Warlock, plate DPS, and other DPS, with remaining options of Death Knight (plate), Hunter (mail), Mage (cloth), Shaman (mail), and Warrior (plate).\n16. There cannot be another cloth class, so the remaining options are Death Knight (plate), Hunter (mail), Shaman (mail), and Warrior (plate).\n17. There is a bear attacking the boss and there is no Druid to shapeshift into a bear, so it must be a Hunter's pet, making the group Paladin, Priest, Warlock, Hunter, and plate DPS, with remaining options of Death Knight (plate), Hunter (mail), Mage (cloth), Shaman (mail), and Warrior (plate).\n18. The last class is plate, leaving only Death Knight and Warrior.\n19. Hunters and Warlocks can both cast Fire abilities but cannot cast Frost abilities, so the last DPS must cast ice (Frost) abilities, making the last DPS a Frost Death Knight since Warriors have no Frost abilities.\n20. Order the group alphabetically: Death Knight, Hunter, Paladin, Priest, Warlock.", "Number of steps": "20", "How long did this take?": "20 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2" }

[]

[]

{ "Steps": "1. Google \"June 6, 2023 Carolyn Collins Petersen Universe Today\"\n2. Find the relevant link to the scientific paper and follow that link\n3. Open the PDF. \n4. Search for NASA award number", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Access to academic journal websites", "Number of tools": "2" }

[ { "name": "Google", "url": "https://www.google.com/" }, { "name": "academic journal websites", "url": "" } ]

[ { "name": "academic journal websites", "section": "search for the relevant link to the scientific paper" } ]

{ "Steps": "1. Went to openreview.net.\n2. Scroll down and clicked the \"All venues\" link.\n3. Clicked \"NeurIPS\".\n4. Opened the \"2022\" toggle menu.\n5. Clicked \"NeurIPS 2022 Conference\".\n6. Opened the top paper.\n7. Clicked \"Go to NeurIPS 2022 Conference homepage\".\n8. Searched \"Yuri\" in the search box.\n9. Opened each of the four papers and checked the Recommendation field.\n10. Counted the \"Certain\" recommendations.", "Number of steps": "8", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine", "Number of tools": "2" }

[ { "name": "openreview.net", "url": "https://openreview.net" } ]

[ { "name": "NeurIPS", "section": "All venues" }, { "name": "NeurIPS 2022 Conference", "section": "2022 toggle menu" }, { "name": "NeurIPS 2022 Conference homepage", "section": "top paper" }, { "name": "NeurIPS 2022 Conference homepage", "section": "search box" } ]

{ "Steps": "1. Open the image.\n2. Search \"butterfat wikipedia\" on Google search.\n3. Open the Butterfat Wikipedia page.\n4. Click \"View history\" on the page.\n5. Scroll down to the end of 2020 and click the last 2020 version of the page.\n6. Check the ice cream requirement for fat content (10%).\n7. Click \"View history\" on the page.\n8. Scroll down to the beginning of 2020 and click the last 2019 version of the page.\n9. Check the ice cream requirement for fat content to ensure it's the same (10%).\n10. Calculate the fat percentage of the pint of ice cream from the image of the nutrition panel (21g fat per serving / 144g ice cream per serving = 14.6%).\n11. Calculate the difference from the standard (14.6% - 10% = 4.6%).", "Number of steps": "11", "How long did this take?": "5 minutes", "Tools": "1. Image recognition tools\n2. Calculator\n3. Web browser\n4. Search engine", "Number of tools": "4" }

[ { "name": "Wikipedia", "url": "https://en.wikipedia.org/wiki/Butterfat" } ]

[ { "name": "Google", "section": "search" } ]

{ "Steps": "1. Find the report put out by the Bulgarian on the 2011 census by searching.\n2. Find the requested data under the Educational Structure Section of the Report.\n3. 791.8 thousand women - 556.9 thousand men = 234.9 thousand women", "Number of steps": "3", "How long did this take?": "10 minutes", "Tools": "1. search engine\n2. pdf reader/extracter", "Number of tools": "2" }

[]

[]

{ "Steps": "1. Searched \"nih\" on Google search.\n2. Clicked the top link to nih.gov.\n3. Searched \"h pylori acne\" in the search box.\n4. Clicked \"More\" and selected \"Clinical Trials\".\n5. Clicked the result about H. Pylori and acne.\n6. Checked the date to confirm it was January to May 2018.\n7. Opened \"Tabular View\".\n8. Scrolled down to Actual Enrollment and recorded the number.", "Number of steps": "8", "How long did this take?": "8 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2" }

[]

[]

{ "Steps": "Step 1: Using a web browser, access a search engine and conduct a search \"American Survivor Television Series winners\"\nStep 2: Navigate to the first result, https://en.wikipedia.org/wiki/Survivor_(American_TV_series)\nStep 3: Evaluate the article and count the number of unique winners of the program: 42 winners\nStep 4: Navigate back to a search engine and conduct a search \"American Idol Winners\"\nStep 5: Navigate to the first search result, https://www.etonline.com/gallery/the-complete-list-of-american-idol-winners-21116/season-21-iam-tongi-92872\nStep 6: Evaluate the article and count the number of unique winners of the program: 21\nStep 7: Using a calculator, subtract the number of American Idol winners from the number of Survivor winners, 42-21 = 21\nStep 8: Report the correct response to my user, \"21\"", "Number of steps": "8", "How long did this take?": "5 minutes", "Tools": "1. A web browser\n2. A search engine\n3. A calculator", "Number of tools": "3" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[]

{ "Steps": "1. Search \"Kuznetzov Nedoshivina 2010\"\n2. Find the 2010 paper \"A catalogue of type specimens of the Tortricidae described by V. I. Kuznetzov from Vietnam and deposited in the Zoological Institute, St. Petersburg\"", "Number of steps": "2", "How long did this take?": "5 minutes", "Tools": "1. search engine", "Number of tools": "1" }

[]

[]

{ "Steps": "1. Set up a standard Rubik's cube (red opposite orange, white opposite yellow, green opposite blue).\n2. Eliminated blue cubes, along with adjacent colors.\n3. Eliminated orange cubes, along with adjacent colors.\n4. Eliminated green corners and the green/yellow edge.\n5. Eliminated red, opposite of orange, cubes and adjacent colors.\n6. Identified the last possible two-face cube.", "Number of steps": "6", "How long did this take?": "10 minutes", "Tools": "1. Rubik's cube model", "Number of tools": "1" }

[ { "name": "Rubik's Cube", "url": "https://en.wikipedia.org/wiki/Rubik%27s_Cube" } ]

[ { "name": "Rubik's Cube", "section": "Solving" } ]

{ "Steps": "1. Look up the 1928 Summer Olympics on Wikipedia\n2. Look at a table of athletes from countries.\n3. See that two countries had 1 and 2 athletes, so disregard those and choose the Cuba as CUB.", "Number of steps": "3", "How long did this take?": "5 minutes", "Tools": "None", "Number of tools": "0" }

[]

[]

{ "Steps": "1. Searched \"arxiv\" on Google.\n2. Opened arXiv.\n3. Searched \"multiwavelength observations of fast radio bursts\" on arXiv.\n4. Scrolled down to March 2021.\n5. Opened the \"Multiwavelength observations of Fast Radio Bursts\" PDF in a new tab.\n6. Opened each author's name to find the one that had a July 2020 paper (Nicastro, L).\n7. Opened the \"The lowest frequency Fast Radio Bursts: Sardinia Radio Telescope detection of the periodic FRB 180916 at 328 MHz\" PDF.\n8. Searched \"time profile\" in the first paper.\n9. Noted the time span of the diagram (0.3 s).\n10. Searched \"burst-1 profile\" in the second paper.\n11. Noted the time span of the diagram (0.5 s).\n12. Subtracted the two (0.5 - 0.3 = 0.2 s).", "Number of steps": "12", "How long did this take?": "15 minutes", "Tools": "1. PDF access\n2. Calculator\n3. Web browser\n4. Search engine", "Number of tools": "4" }

[ { "name": "arXiv", "url": "https://arxiv.org/" } ]

[ { "name": "Google", "section": "search bar" }, { "name": "arXiv", "section": "search bar" } ]

{ "Steps": "1. Look up Taishō Tamai on Wikipedia\n2. See the pitcher with the number 18 (before) is Kōsei Yoshida and number 20 (after) is Kenta Uehara", "Number of steps": "2", "How long did this take?": "5 minutes", "Tools": "1. Wikipedia", "Number of tools": "1" }

[ { "name": "Wikipedia", "url": "https://en.wikipedia.org/wiki/Taish%C5%8D_Tamai" } ]

[ { "name": "Wikipedia", "section": "Taishō Tamai" } ]

{ "Steps": "1. Open the attached file.\n2. Read the columns representing different menu items. Note that they all appear to be food except for the “soda” column.\n3. Write a function to sum the relevant columns.\n4. Ensure the answer follows the specified formatting.", "Number of steps": "4", "How long did this take?": "5 minutes", "Tools": "1. Excel\n2. Calculator", "Number of tools": "2" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "Wikipedia", "section": "https://en.wikipedia.org/wiki/" } ]

{ "Steps": "1. Look at the Malko Competition page on Wikipedia\n2. Scan the winners to see that the 1983 winner, Claus Peter Flor is stated to be from East Germany.", "Number of steps": "2", "How long did this take?": "5-10 minutes", "Tools": "None", "Number of tools": "0" }

[ { "name": "Wikipedia", "url": "https://en.wikipedia.org/wiki/Malko_Competition" } ]

[ { "name": "Wikipedia", "section": "Malko Competition" } ]

{ "Steps": "1. Searched \"gollum voice actor\" on Google search.\n2. Noted the answer.\n3. Searched \"youtube 360 vr andy serkis\" on Google search.\n4. Opened the top result (We Are Stars with Andy Serkis - 360 VR Video).\n5. Confirmed the date was in March 2018.\n6. Watched the video until dinosaurs appeared (approximately 8:45).\n7. Recorded the narrated number.", "Number of steps": "7", "How long did this take?": "15 minutes", "Tools": "1. Search engine\n2. Web browser\n3. Audio capability\n4. Video capability", "Number of tools": "4" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[ { "name": "YouTube", "section": "360 VR" } ]

{ "Steps": "1. Use search engine to search for \"NASA's Astronomy Picture of the Day 2006 January 21\".\n2. Open the link to the image.\n3. Read the explanation to find that the image is of astronaut Charles \"Pete\" Conrad reflected in the helmet of astronaut Alan Bean.\n4. Observe that the smaller astronaut in the image is the one reflected in the other's helmet, so the smaller astronaut must be Charles \"Pete\" Conrad.\n5. Go to the Wikipedia page for Charles \"Pete\" Conrad.\n6. Search for \"Astronaut Group\" to find that Conrad was a member of NASA Astronaut Group 2.\n7. Open the Wikipedia pages for each member of NASA Astronaut Group 2.\n8. For those who are not deceased, go to View history and select the latest version of their Wikipedia page as of August 2023.\n9. Compare the times listed in the infobox of each astronaut's Wikipedia page under \"Time in space\", observing that Ed White has the least time in space with 4d 01h 56m, but also that Elliott See does not have a listed \"Time in space\".\n10. Read through Elliot See's Wikipedia article to find that he died in an accident before his first space flight, so he should be excluded, making Ed White's 4d 01h 56m the least amount of time in space.\n11. Convert 4d 01h 56m to minutes: 4d * 24h/d * 60m/h + 1h * 60m/h + 56m = 5,876m\n12. Format the final answer as specified: White; 5,876", "Number of steps": "12", "How long did this take?": "10", "Tools": "1. Web browser\n2. Search engine\n3. Image processing tools\n4. Calculator", "Number of tools": "4" }

[ { "name": "NASA", "url": "https://www.nasa.gov/" } ]

[]

{ "Steps": "Step 1: Conduct a web search for the Goldfinger film screenplay.\nStep 2: Navigate to the top result, https://www.universalexports.net/scripts/goldfinger.pdf\nStep 3: Review the screenplay pdf. Navigate to the final page of the screenplay, looking for mentions and combinations of \"conceal\" \"James\" \"James Bond\" \"Pussy\" \"Pussy Galore\"\nStep 4: After reviewing the line: \"Bond grabs the edge of the parachute and pulls it over them.\" search the rest of the screenplay for any description of the parachute.\nStep 5: Failing to locate a description of the parachute in the screenplay, conduct a web search for \"James Bond Goldfinger parachute\"\nStep 6: Navigate to the English language Wikipedia article for the film, Goldfinger (film), https://en.wikipedia.org/wiki/Goldfinger_(film)\nStep 7: Review the article for information regarding the parachute used to conceal the characters at the end of the film.\nStep 8: Failing to locate a description of the parachute, conduct a web search for \"James Bond Goldfinger parachute image\"\nStep 9: Navigate to the Wikimedia.org page displaying an image of the parachute, Orange and White Parachute (Goldfinger) National Motor Museum, Beaulieu.jpg, https://commons.wikimedia.org/wiki/File:Orange_and_White_Parachute_(Goldfinger)_National_Motor_Museum,_Beaulieu.jpg\nStep 10: Evaluate the image to determine its color, orange and white.\nStep 11: Review the text summary of the image for confirmation of the details shown in the image.\nStep 12: Return the requested information: \"orange, white\"", "Number of steps": "12", "How long did this take?": "3 minutes", "Tools": "A web browser\nA search engine\nImage recognition software", "Number of tools": "3" }

[ { "name": "Goldfinger screenplay", "url": "https://www.universalexports.net/scripts/goldfinger.pdf" }, { "name": "Goldfinger Wikipedia article", "url": "https://en.wikipedia.org/wiki/Goldfinger_(film)" }, { "name": "Parachute image", "url": "https://commons.wikimedia.org/wiki/File:Orange_and_White_Parachute_(Goldfinger)_National_Motor_Museum,_Beaulieu.jpg" } ]

[ { "name": "National Motor Museum, Beaulieu", "section": "image description" } ]

{ "Steps": "1. Search the web for “MBTA Franklin Foxboro line”.\n2. Click on top result, on the MBTA website.\n3. Scroll down on the list of stops, and count the current stops between South Station and Windsor Gardens.\n4. Click the “Schedule & Maps” tab to view a map of the route.\n5. Examine the map to confirm that the order of stops is the same as on the listing of stops.\n6. Return to web search.\n7. Click on Wikipedia article for Franklin line.\n8. Read the article to check whether any stops were added or removed since the date given in the question.\n9. Search the web for “MBTA Franklin Foxboro Line changes”.\n10. Click News tab.\n11. Click article about rail schedule changes.\n12. Confirm that none of the changes affect the answer to the question.", "Number of steps": "12", "How long did this take?": "5-10 minutes", "Tools": "1. Search engine\n2. Web browser", "Number of tools": "2" }

[ { "name": "Google", "url": "https://www.google.com" } ]

[]

{ "Steps": "1. Search \"2015 Chinese zodiac animal\" on Google search.\n2. Note the animal (ram).\n3. Search \"Metropolitan Museum of Art\" on Google search.\n4. Open the Metropolitan Museum of Art website.\n5. Click \"Exhibitions\" under \"Exhibitions and Events\" \n6. Click \"Past\".\n7. Set the year to 2015.\n8. Scroll to find the exhibit mentioning rams and click \"Celebration of the Year of the Ram\".\n9. Click \"View All Objects\".\n10. Click \"Twelve animals of the Chinese zodiac\" to open the image.\n11. Count how many have a visible hand.", "Number of steps": "11", "How long did this take?": "10 minutes", "Tools": "1. Web browser\n2. Search engine\n3. Image recognition tools", "Number of tools": "3" }

[ { "name": "Google", "url": "https://www.google.com" }, { "name": "Metropolitan Museum of Art", "url": "https://www.metmuseum.org" } ]

[ { "name": "Metropolitan Museum of Art", "section": "Exhibitions and Events" } ]

{ "Steps": "1. Search the web for “gamegrumps mario kart 8 deluxe may 14 2017”.\n2. Click on the YouTube video result.\n3. Navigate to two minutes into the video.\n4. Scroll further back until I see the name of the racecourse, Yoshi Circuit.\n5. Search the web for “mario kart 8 deluxe yoshi circuit world record 150cc”\n6. Scroll down until I find a reliable world record listing site.\n7. Navigate through the site until I find the record that meets the specified criteria.\n8. Read the date the record was set to confirm that it applies to the question’s specified date.", "Number of steps": "8", "How long did this take?": "5-10 minutes", "Tools": "1. Search engine\n2. Web browser\n3. YouTube\n4. OCR", "Number of tools": "4" }

[ { "name": "YouTube", "url": "https://www.youtube.com/results?search_query=gamegrumps+mario+kart+8+deluxe+may+14+2017" }, { "name": "reliable world record listing site", "url": "https://www.speedrun.com/mk8dx" } ]

[ { "name": "reliable world record listing site", "section": "Mario Kart 8 Deluxe > 150cc > Yoshi Circuit" } ]