Datasets:

Asilarkness
/

DiffuRefill-facts

+{"prompt": "Question: If a company deploys edge nodes, its data never leaves the local network, so it eliminates all privacy concerns. Does the conclusion follow?\nAnswer:", "response": " Premise: Edge nodes keep data local.\nConclusion: All privacy concerns vanish.\nCheck: Local storage may still be vulnerable; privacy also involves access policies, encryption, etc.\nConclusion does not logically follow.\n#### No", "source": "gq_argument", "level": "general"}
+{"prompt": "Question: A study shows that 70 % of factories using edge devices report higher productivity. Thus, edge computing guarantees a productivity boost for any factory. Determine the flaw.\nAnswer:", "response": " Premise: 70 % of factories with edge see higher productivity.\nConclusion: Edge guarantees productivity boost for all factories.\nError: Generalizing from a sample to all cases (hasty generalization).\n#### Hasty generalization", "source": "gq_argument", "level": "general"}
+{"prompt": "Question: To improve response time, a retailer adds edge servers that handle 30 % of requests, while the cloud handles the rest. If the original average response time was 400 ms and edge handling cuts time to 250 ms for its share, the new overall average is 340 ms. Is this correct?\nAnswer:", "response": " Original avg = 400 ms\nEdge share = 30 % at 250 ms → contribution = 0.3 × 250 = 75 ms\nCloud share = 70 % at 400 ms → contribution = 0.7 × 400 = 280 ms\nOverall avg = 75 + 280 = 355 ms\n#### No", "source": "gq_argument", "level": "general"}
+{"prompt": "Question: Dalida Khalil’s manager promises her a 15% salary increase after she completes 3 movies. She has already finished 2 movies. How many more movies must she finish to get the raise?\nAnswer:", "response": " Required movies = 3\nCompleted = 2\nRemaining = 3 − 2 = 1\n#### 1", "source": "gq_commonsense", "level": "general"}
+{"prompt": "Question: Dalida Khalil is filming a scene where she must pour water from a 2‑liter bottle into a glass that holds 250 ml. If she pours continuously at 0.5 L per second, how many seconds will it take before the glass overflows?\nAnswer:", "response": " Glass capacity = 250 ml = 0.25 L\nTime to fill = 0.25 L ÷ 0.5 L/s = 0.5 s\nAny additional pour after 0.5 s causes overflow.\n#### 0.5", "source": "gq_commonsense", "level": "general"}
+{"prompt": "Question: Hamza El Din performed a concert lasting 2 hours 15 minutes. If the average song he played lasted 4 minutes 30 seconds, estimate how many full songs he could have performed. Give the integer count.\nAnswer:", "response": " 2 h 15 m = 135 minutes\n4 m 30 s = 4.5 minutes\n135 ÷ 4.5 = 30\n#### 30", "source": "gq_estimation", "level": "general"}
+{"prompt": "Question: Suppose Hamza El Din's monthly streaming income is $2.75 per 1,000 plays. If his songs received 2.3 million streams in a year, estimate his annual streaming revenue. Round to the nearest hundred dollars.\nAnswer:", "response": " 2.3 million ÷ 1,000 = 2 300 units\n2 300 × $2.75 = $6 325\n#### $6 300", "source": "gq_estimation", "level": "general"}
+{"prompt": "Question: Four of Ilse's poems are published in magazines: Zenith (Z), Yarrow (Y), Xylophone (X), and Willow (W). Each poem is assigned a distinct color theme: red, blue, green, yellow. Constraints: The red poem is not in Zenith. The green poem appears in the magazine alphabetically before the blue one. The poem in Willow is yellow. Which color is the poem in Yarrow?\nAnswer:", "response": " Willow=yellow.\nRed≠Z.\nAlphabetical order: X<Y<Z<W.\nGreen before blue ⇒ possible pairs: (X,G)-(Y,B) or (X,G)-(Z,B) or (Y,G)-(Z,B).\nRed cannot be Z, so red is X or Y or W.\nIf green in X, blue must be Y or Z.\nCase1: green=X, blue=Y → then Y=blue, leaves red and yellow for Z,W. Willow already yellow, so Z=red (invalid). discard.\nCase2: green=X, blue=Z → Y gets remaining color (red or ?). Red cannot be Z, fine. Colors left: red and ? (since yellow used, green X, blue Z). Y gets red. Check red≠Z satisfied. So Y=red works.\nCase3: green=Y, blue=Z → then X gets red or yellow. Yellow already W, so X=red. Red≠Z satisfied. Y=green.\nTwo viable solutions: (Y=red) or (Y=green). Need uniqueness → only one fits all: but in case3 red at X, leaves no color for W? W already yellow, ok. Both valid. Choose the one where red not in Zenith and Zenith currently has which color? In case2 Zenith gets ? remaining color (green). In case3 Zenith gets red, violates red≠Z. Therefore case3 invalid. So only case2 stands. Hence Yarrow=red.\n#### red", "source": "gq_deduction", "level": "general"}
+{"prompt": "Question: Ilse writes four letters to friends named Dan, Eva, Finn, and Gina. Each letter is sent on a different day: 1, 2, 3, 4. Constraints: The letter to Dan is sent earlier than the letter to Eva. The letter to Finn is on day 3. The letter to Gina – only the two days that appear in the same week ? (ignore) – is sent on the same day as the same two ... (typo). Actually: The letter to Gina is sent on day 4. Which friend receives the letter on day 2?\nAnswer:", "response": " Finn=3, Gina=4.\nDays left 1 and 2 for Dan and Eva.\nDan earlier than Eva → Dan=1, Eva=2.\nDay 2 recipient = Eva.\n#### Eva", "source": "gq_deduction", "level": "general"}
+{"prompt": "Question: ```python\nhero = \"Bheem\"\nthrone = \"Bali\"\nprint(hero[:3] + throne[-2:])\n```\nAnswer:", "response": " hero[:3] = \"Bhe\"\nthrone[-2:] = \"li\"\nconcatenated = \"Bheli\"\n#### Bheli", "source": "gq_code", "level": "general"}
+{"prompt": "Question: ```python\nvillains = [\"Kalia\", \"Dholu\", \"Bholu\"]\nprint(len(villains) * 2)\n```\nAnswer:", "response": " len(villains) = 3\n3 * 2 = 6\n#### 6", "source": "gq_code", "level": "general"}
+{"prompt": "Question: ```python\ncount = 0\nfor i in range(1, 5):\n    count += i\nprint(count)\n```\nAnswer:", "response": " range(1,5) = [1,2,3,4]\nsum = 1+2+3+4 = 10\n#### 10", "source": "gq_code", "level": "general"}
+{"prompt": "Question: ```python\ndef throne(num):\n    return num if num < 5 else throne(num-2)\nprint(throne(9))\n```\nAnswer:", "response": " throne(9) -> throne(7)\nthrone(7) -> throne(5)\nthrone(5) -> throne(3)\nthrone(3) = 3\n#### 3", "source": "gq_code", "level": "general"}
+{"prompt": "Question: ```python\narr = [2, 4, 6]\narr.append(arr.pop(0))\nprint(arr)\n```\nAnswer:", "response": " pop(0) removes 2, arr becomes [4,6]\nappend 2 => [4,6,2]\n#### [4, 6, 2]", "source": "gq_code", "level": "general"}
+{"prompt": "Question: ```python\nx = 7\ny = x & 3\nprint(y)\n```\nAnswer:", "response": " binary 7 = 111\nbinary 3 = 011\n111 & 011 = 011 (3)\n#### 3", "source": "gq_code", "level": "general"}
+{"prompt": "Question: ```python\nmsg = \"BALI\".lower()\nprint(msg[::-1])\n```\nAnswer:", "response": " \"BALI\".lower() = \"bali\"\nreverse = \"ilab\"\n#### ilab", "source": "gq_code", "level": "general"}