model stringclasses 8
values | text stringlengths 690 266k | prompt stringlengths 17 16.3k | response stringlengths 515 266k | style_features stringlengths 1.31k 1.5k | key stringlengths 29 29 | source stringclasses 1
value | cluster int64 35 44 |
|---|---|---|---|---|---|---|---|
gptoss120b | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr
<think>
The question: "Find the number of metals from the given metals which can be commercially purified by zone refining methods: Si, Ge, Ga, Al, Ti, Zr". So we need to know which of t... | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr | <think>
The question: "Find the number of metals from the given metals which can be commercially purified by zone refining methods: Si, Ge, Ga, Al, Ti, Zr". So we need to know which of those elements are commercially purified by zone refining. Typically zone refining is used for purification of semiconductors like sili... | {"n_chars": 3505, "n_tokens": 548, "n_words": 513, "n_lines": 17, "n_sents": 38, "avg_word_len": 5.155945419103314, "avg_sent_len_tokens": 14.421052631578947, "avg_line_len_tokens": 32.23529411764706, "type_token_ratio": 0.40545808966861596, "entropy_words": 4.884847524513372, "unique_word_ratio": 0.40545808966861596, ... | openthoughts_science25k_37406 | openthoughts_science25k | 35 |
glm47 | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr
<think>
We need to answer: "Find the number of metals from the given metals which can be commercially purified by zone refining methods: Si, Ge, Ga, Al, Ti, Zr."
Interpretation: We are ... | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr | <think>
We need to answer: "Find the number of metals from the given metals which can be commercially purified by zone refining methods: Si, Ge, Ga, Al, Ti, Zr."
Interpretation: We are given six elements: Silicon (Si), Germanium (Ge), Gallium (Ga), Aluminum (Al), Titanium (Ti), Zirconium (Zr). We need to determine how... | {"n_chars": 25259, "n_tokens": 4243, "n_words": 4201, "n_lines": 94, "n_sents": 351, "avg_word_len": 4.670078552725542, "avg_sent_len_tokens": 12.08831908831909, "avg_line_len_tokens": 45.138297872340424, "type_token_ratio": 0.13734825041656748, "entropy_words": 5.256082327895808, "unique_word_ratio": 0.137348250416567... | openthoughts_science25k_37406 | openthoughts_science25k | 35 |
minimax21 | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr
<think>The problem: "Find the number of metals from the given metals which can be commercially purified by zone refining methods: Si, Ge, Ga, Al, Ti, Zr"
We need to figure which of thes... | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr | <think>The problem: "Find the number of metals from the given metals which can be commercially purified by zone refining methods: Si, Ge, Ga, Al, Ti, Zr"
We need to figure which of these elements (silicon, germanium, gallium, aluminum, titanium, zirconium) can be commercially purified by zone refining methods.
We mus... | {"n_chars": 7801, "n_tokens": 1260, "n_words": 1275, "n_lines": 27, "n_sents": 78, "avg_word_len": 4.796862745098039, "avg_sent_len_tokens": 16.153846153846153, "avg_line_len_tokens": 46.666666666666664, "type_token_ratio": 0.21098039215686273, "entropy_words": 4.817200961759342, "unique_word_ratio": 0.2109803921568627... | openthoughts_science25k_37406 | openthoughts_science25k | 35 |
Dolci-Think-SFT-32B | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr
<think> Okay, so I need to figure out which of the given metals—Silicon (Si), Germanium (Ge), Gallium (Ga), Aluminum (Al), Titanium (Ti), and Zirconium (Zr)—can be purified by zone refin... | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr | <think> Okay, so I need to figure out which of the given metals—Silicon (Si), Germanium (Ge), Gallium (Ga), Aluminum (Al), Titanium (Ti), and Zirconium (Zr)—can be purified by zone refining. Hmm, I remember that zone refining is a technique used to purify materials, especially semiconductors and some metals. But I'm a ... | {"n_chars": 6590, "n_tokens": 1067, "n_words": 1066, "n_lines": 26, "n_sents": 78, "avg_word_len": 4.8442776735459665, "avg_sent_len_tokens": 13.679487179487179, "avg_line_len_tokens": 41.03846153846154, "type_token_ratio": 0.300187617260788, "entropy_words": 5.145194865156694, "unique_word_ratio": 0.300187617260788, "... | openthoughts_science25k_37406 | openthoughts_science25k | 35 |
glm45 | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr
<think>I need to find out how many of these metals—Silicon (Si), Germanium (Ge), Gallium (Ga), Aluminum (Al), Titanium (Ti), and Zirconium (Zr)—can be commercially purified by zone refin... | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr | <think>I need to find out how many of these metals—Silicon (Si), Germanium (Ge), Gallium (Ga), Aluminum (Al), Titanium (Ti), and Zirconium (Zr)—can be commercially purified by zone refining. Zone refining is a method used to purify metals and semiconductors by passing a molten zone along a solid rod, which concentrates... | {"n_chars": 15845, "n_tokens": 2600, "n_words": 2609, "n_lines": 165, "n_sents": 226, "avg_word_len": 4.745496358758145, "avg_sent_len_tokens": 11.504424778761061, "avg_line_len_tokens": 15.757575757575758, "type_token_ratio": 0.15293215791490994, "entropy_words": 5.008357552873474, "unique_word_ratio": 0.1529321579149... | openthoughts_science25k_37406 | openthoughts_science25k | 35 |
minimax-m2 | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr
<think>I need to determine which of these metals can be commercially purified using zone refining: Si (Silicon), Ge (Germanium), Ga (Gallium), Al (Aluminum), Ti (Titanium), and Zr (Zirco... | Find the number of metals from the given metals which can be commercially purified by zone refining methods:\nSi, Ge, Ga, Al, Ti, Zr | <think>I need to determine which of these metals can be commercially purified using zone refining: Si (Silicon), Ge (Germanium), Ga (Gallium), Al (Aluminum), Ti (Titanium), and Zr (Zirconium). Zone refining is a technique used to purify materials, especially semiconductors, by melting a small region and moving that mol... | {"n_chars": 15775, "n_tokens": 2582, "n_words": 2544, "n_lines": 187, "n_sents": 227, "avg_word_len": 4.829795597484277, "avg_sent_len_tokens": 11.374449339207048, "avg_line_len_tokens": 13.807486631016042, "type_token_ratio": 0.16352201257861634, "entropy_words": 5.054026628206799, "unique_word_ratio": 0.1635220125786... | openthoughts_science25k_37406 | openthoughts_science25k | 35 |
deepseek32 | "Find the number of metals from the given metals which can be commercially purified by zone refining(...TRUNCATED) | "Find the number of metals from the given metals which can be commercially purified by zone refining(...TRUNCATED) | "<think>We are asked: \"Find the number of metals from the given metals which can be commercially pu(...TRUNCATED) | "{\"n_chars\": 23109, \"n_tokens\": 3756, \"n_words\": 3753, \"n_lines\": 86, \"n_sents\": 293, \"av(...TRUNCATED) | openthoughts_science25k_37406 | openthoughts_science25k | 35 |
kimik2 | "Find the number of metals from the given metals which can be commercially purified by zone refining(...TRUNCATED) | "Find the number of metals from the given metals which can be commercially purified by zone refining(...TRUNCATED) | "<think> The user asks: \"Find the number of metals from the given metals which can be commercially (...TRUNCATED) | "{\"n_chars\": 10745, \"n_tokens\": 1703, \"n_words\": 1692, \"n_lines\": 49, \"n_sents\": 162, \"av(...TRUNCATED) | openthoughts_science25k_37406 | openthoughts_science25k | 35 |
gptoss120b | "Standard molar enthalpy of formation of CO\\(_2\\) is equal to\\n(a) zero\\n(b) the standard molar (...TRUNCATED) | "Standard molar enthalpy of formation of CO\\(_2\\) is equal to\\n(a) zero\\n(b) the standard molar (...TRUNCATED) | "<think>\nWe need to answer a multiple choice question about standard molar enthalpy of formation of(...TRUNCATED) | "{\"n_chars\": 1607, \"n_tokens\": 259, \"n_words\": 257, \"n_lines\": 16, \"n_sents\": 19, \"avg_wo(...TRUNCATED) | openthoughts_science25k_37409 | openthoughts_science25k | 35 |
glm47 | "Standard molar enthalpy of formation of CO\\(_2\\) is equal to\\n(a) zero\\n(b) the standard molar (...TRUNCATED) | "Standard molar enthalpy of formation of CO\\(_2\\) is equal to\\n(a) zero\\n(b) the standard molar (...TRUNCATED) | "<think>\nWe need to determine which statement correctly describes the standard molar enthalpy of fo(...TRUNCATED) | "{\"n_chars\": 3819, \"n_tokens\": 654, \"n_words\": 650, \"n_lines\": 17, \"n_sents\": 50, \"avg_wo(...TRUNCATED) | openthoughts_science25k_37409 | openthoughts_science25k | 35 |
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