text stringlengths 423 1.55k | input stringlengths 5 55 | output stringlengths 1 23 | topic stringclasses 5
values | difficulty int32 1 5 | steps int32 1 9 |
|---|---|---|---|---|---|
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((sin(30) * 44) + log(40, 3)) * 96. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(30) = 0.49999999999999994$
2. $log(40, 3) = 3.35... | ((sin(30) * 44) + log(40, 3)) * 96 | 2434.3452270175003 | mixed | 2 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 33 + 76. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $33 + 76 = 109$
The answer is $109$
3. Drafting the response: "Ответ на ваш запр... | 33 + 76 | 109 | arithmetic | 2 | 1 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((40 / 99) / sqrt(81)) - 97. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(81) = 9$
2. $40 / 99 = 0.40404040404040403$
3. $0.40... | ((40 / 99) / sqrt(81)) - 97 | -96.95510662177328 | power | 5 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((36 / sqrt(25)) / 40) * cos(60). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(25) = 5$
2. $cos(60) = 0.5000000000000001$
3. $... | ((36 / sqrt(25)) / 40) * cos(60) | -1.2902112417116058 | mixed | 3 | 7 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 19 * 76. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $19 * 76 = 1444$
The answer is $1444$
3. Drafting the response: "Ответ на ваш за... | 19 * 76 | 1444 | arithmetic | 1 | 1 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((sqrt(25) - cot(270)) - cot(90)) / 22. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(25) = 5$
2. $cot(270) = 1.83697019872103e-1... | ((sqrt(25) - cot(270)) - cot(90)) / 22 | -0.22727272727272727 | mixed | 3 | 8 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((cot(270) * 15) / 66) / 36. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cot(270) = 1.83697019872103e-16$
2. $1.83697019872103e-16 *... | ((cot(270) * 15) / 66) / 36 | 1.1597034082834783e-18 | trig | 2 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((86 + cos(30)) - 13) * 76. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cos(30) = 0.8660254037844387$
2. $86 + 0.8660254037844387 = ... | ((86 + cos(30)) - 13) * 76 | 5613.817930687617 | trig | 5 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 77 - 65. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $77 - 65 = 12$
The answer is $12$
3. Drafting the response: "Ответ на ваш запрос... | 77 - 65 | 12 | arithmetic | 4 | 1 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (sin(60) * 5**3) + sin(270). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(60) = 0.8660254037844386$
2. $5**3 = 125$
3. $sin(270... | (sin(60) * 5**3) + sin(270) | 107.25317547305482 | mixed | 5 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: cos(270) - sqrt(16). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cos(270) = -1.8369701987210297e-16$
2. $sqrt(16) = 4$
3. $-1.8369... | cos(270) - sqrt(16) | -4 | mixed | 4 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((84 - sin(0)) - 18) / cbrt(64). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(0) = 0$
2. $cbrt(64) = 3.9999999999999996$
3. $84... | ((84 - sin(0)) - 18) / cbrt(64) | 297.00000000000006 | mixed | 3 | 6 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((sqrt(64) / sqrt(4)) + log(8, 5)) - cos(45). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(64) = 8$
2. $sqrt(4) = 2$
3. $log(8... | ((sqrt(64) / sqrt(4)) + log(8, 5)) - cos(45) | 4.584922893033632 | mixed | 5 | 7 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (49 * sec(120)) + sin(30). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sec(120) = -2.000000000000001$
2. $sin(30) = 0.49999999999999... | (49 * sec(120)) + sin(30) | -97.50000000000004 | trig | 5 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (60 * sqrt(81)) + 61. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(81) = 9$
2. $60 * 9 = 540$
3. $540 + 61 = 601$
The answer... | (60 * sqrt(81)) + 61 | 601 | power | 2 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (23 / sqrt(25)) / csc(60). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(25) = 5$
2. $csc(60) = 1.1547005383792517$
3. $23 / 5 ... | (23 / sqrt(25)) / csc(60) | 3.983716857408417 | mixed | 4 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 29 + 22. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $29 + 22 = 51$
The answer is $51$
3. Drafting the response: "Ответ на ваш запрос... | 29 + 22 | 51 | arithmetic | 1 | 1 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (58 + sin(360)) * cot(270). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(360) = -2.4492935982947064e-16$
2. $cot(270) = 1.8369701... | (58 + sin(360)) * cot(270) | 1.0654427152581974e-14 | trig | 2 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (sqrt(64) * 67) / sqrt(36). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(64) = 8$
2. $sqrt(36) = 6$
3. $8 * 67 = 536$
4. $53... | (sqrt(64) * 67) / sqrt(36) | 89.33333333333333 | power | 1 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((24 + cos(90)) + 41) - log(19, 10). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cos(90) = 6.123233995736766e-17$
2. $log(19, 10) = ... | ((24 + cos(90)) + 41) - log(19, 10) | 63.721246399047175 | mixed | 4 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((58 + 93) / tan(45)) * cos(0). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $tan(45) = 0.9999999999999999$
2. $cos(0) = 1$
3. $58 +... | ((58 + 93) / tan(45)) * cos(0) | 151.00000000000003 | trig | 1 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 3**2 * 51. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $3**2 = 9$
2. $9 * 51 = 459$
The answer is $459$
3. Drafting the response: "... | 3**2 * 51 | 459 | power | 4 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((log(9, 2) / 53) / cot(45)) - 68. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(9, 2) = 3.1699250014423126$
2. $cot(45) = 1.00000... | ((log(9, 2) / 53) / cot(45)) - 68 | -5231.394637262056 | mixed | 5 | 6 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((sqrt(4) - cos(30)) / sqrt(36)) + sin(360). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(4) = 2$
2. $cos(30) = 0.86602540378443... | ((sqrt(4) - cos(30)) / sqrt(36)) + sin(360) | 0.1889957660359266 | mixed | 3 | 7 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((cos(360) + sqrt(100)) - 76) - 72. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cos(360) = 1$
2. $sqrt(100) = 10$
3. $1 + 10 = 11$... | ((cos(360) + sqrt(100)) - 76) - 72 | -55 | mixed | 3 | 6 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((29 - sqrt(49)) * cbrt(64)) * cot(225). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(49) = 7$
2. $cbrt(64) = 3.9999999999999996... | ((29 - sqrt(49)) * cbrt(64)) * cot(225) | 88.00000000000003 | mixed | 1 | 6 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((31 / 98) * 85) - log(12, 10). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(12, 10) = 1.0791812460476247$
2. $31 / 98 = 0.316326... | ((31 / 98) * 85) - log(12, 10) | 25.808573855993192 | log | 4 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((log(18, 2) + 25) - 11) - 64. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(18, 2) = 4.169925001442312$
2. $4.169925001442312 + 2... | ((log(18, 2) + 25) - 11) - 64 | -61.83007499855769 | log | 5 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: sin(360) * 6**3. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(360) = -2.4492935982947064e-16$
2. $6**3 = 216$
3. $-2.4492935982... | sin(360) * 6**3 | -5.290474172316566e-14 | mixed | 1 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((56 - 77) - sin(90)) - 97. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(90) = 1$
2. $56 - 77 = -21$
3. $-21 - 1 = -22$
4. $-... | ((56 - 77) - sin(90)) - 97 | -119 | trig | 5 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 48 - 64. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $48 - 64 = -16$
The answer is $-16$
3. Drafting the response: "Ответ на ваш запр... | 48 - 64 | -16 | arithmetic | 1 | 1 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((cbrt(64) + 32) + 87) / 47. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cbrt(64) = 3.9999999999999996$
2. $3.9999999999999996 + 32 ... | ((cbrt(64) + 32) + 87) / 47 | 2.617021276595745 | power | 5 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (cos(180) * 77) / 36. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cos(180) = -1$
2. $-1 * 77 = -77$
3. $-77 / 36 = -2.138888888888... | (cos(180) * 77) / 36 | -2.138888888888889 | trig | 2 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (78 - 39) + 1. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $78 - 39 = 39$
2. $39 + 1 = 40$
The answer is $40$
3. Drafting the respo... | (78 - 39) + 1 | 40 | arithmetic | 4 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((sin(0) - 37) - cos(360)) / cos(60). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(0) = 0$
2. $cos(360) = 1$
3. $cos(60) = 0.50... | ((sin(0) - 37) - cos(360)) / cos(60) | -75.99999999999999 | trig | 4 | 6 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((63 / cot(30)) / 84) + tan(315). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cot(30) = 1.7320508075688774$
2. $tan(315) = -1.000000... | ((63 / cot(30)) / 84) + tan(315) | -0.018289912842186493 | trig | 3 | 6 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: cos(360) / 98. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cos(360) = 1$
2. $1 / 98 = 0.01020408163265306$
The answer is $0.010204... | cos(360) / 98 | 0.01020408163265306 | trig | 4 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (sin(360) * 42) * cos(360). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(360) = -2.4492935982947064e-16$
2. $cos(360) = 1$
3. $... | (sin(360) * 42) * cos(360) | -1.0287033112837767e-14 | trig | 3 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 89 + 21. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $89 + 21 = 110$
The answer is $110$
3. Drafting the response: "Ответ на ваш запр... | 89 + 21 | 110 | arithmetic | 3 | 1 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((tan(0) * 25) + log(35, 5)) / 30. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $tan(0) = 0$
2. $log(35, 5) = 2.2090619551221677$
3.... | ((tan(0) * 25) + log(35, 5)) / 30 | 0.07363539850407226 | mixed | 1 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((70 / 44) * sec(45)) * sqrt(81). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sec(45) = 1.414213562373095$
2. $sqrt(81) = 9$
3. $7... | ((70 / 44) * sec(45)) * sqrt(81) | 20.248966915796586 | mixed | 5 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 25 - 57. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $25 - 57 = -32$
The answer is $-32$
3. Drafting the response: "Ответ на ваш запр... | 25 - 57 | -32 | arithmetic | 3 | 1 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((49 * sqrt(100)) / 74) - 16. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(100) = 10$
2. $49 * 10 = 490$
3. $490 / 74 = 6.6216... | ((49 * sqrt(100)) / 74) - 16 | 59.62162162162162 | power | 4 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((sin(60) + 16) * sec(0)) / 90. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(60) = 0.8660254037844386$
2. $sec(0) = 1$
3. $tan(... | ((sin(60) + 16) * sec(0)) / 90 | 0.10819560341148905 | trig | 4 | 7 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (cos(45) * 26) + 87. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cos(45) = 0.7071067811865476$
2. $0.7071067811865476 * 26 = 18.3847... | (cos(45) * 26) + 87 | 105.38477631085024 | trig | 5 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (cos(0) + 19) - 1. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cos(0) = 1$
2. $1 + 19 = 20$
3. $20 - 1 = 19$
The answer is $19$
... | (cos(0) + 19) - 1 | 19 | trig | 4 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 4**2 * 30. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $4**2 = 16$
2. $16 * 30 = 480$
The answer is $480$
3. Drafting the response:... | 4**2 * 30 | 480 | power | 2 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((tan(135) - sin(60)) / sqrt(100)) * sin(270). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $tan(135) = -1.0000000000000002$
2. $sin(6... | ((tan(135) - sin(60)) / sqrt(100)) * sin(270) | 7.650704155516198 | mixed | 5 | 8 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 4**4 - 76. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $4**4 = 256$
2. $256 - 76 = 180$
The answer is $180$
3. Drafting the respons... | 4**4 - 76 | 180 | power | 2 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (log(32, 3) / 56) * cbrt(27). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(32, 3) = 3.154648767857287$
2. $cbrt(27) = 3$
3. $3.... | (log(32, 3) / 56) * cbrt(27) | 0.1689990411352118 | mixed | 5 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (15 - cbrt(64)) * sin(0). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cbrt(64) = 3.9999999999999996$
2. $sin(0) = 0$
3. $15 - 3.99... | (15 - cbrt(64)) * sin(0) | 0 | mixed | 2 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((sin(45) / log(12, 5)) * 42) - log(17, 3). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(45) = 0.7071067811865476$
2. $log(12, 5)... | ((sin(45) / log(12, 5)) * 42) - log(17, 3) | 0.4898933806712156 | mixed | 5 | 7 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (log(3, 10) * sqrt(49)) - 62. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(3, 10) = 0.47712125471966244$
2. $sqrt(49) = 7$
3. $... | (log(3, 10) * sqrt(49)) - 62 | -58.66015121696236 | mixed | 5 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((sqrt(49) * sqrt(81)) - cbrt(125)) / sqrt(16). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(49) = 7$
2. $sqrt(81) = 9$
3. $cb... | ((sqrt(49) * sqrt(81)) - cbrt(125)) / sqrt(16) | 73.5 | power | 4 | 8 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (42 - 20) + 95. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $42 - 20 = 22$
2. $22 + 95 = 117$
The answer is $117$
3. Drafting the r... | (42 - 20) + 95 | 117 | arithmetic | 1 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 26 - log(50, 2). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(50, 2) = 5.643856189774724$
2. $26 - 5.643856189774724 = 20.3561438... | 26 - log(50, 2) | 20.356143810225277 | log | 5 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (sqrt(49) * csc(210)) + tan(360). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(49) = 7$
2. $csc(210) = -1.9999999999999996$
3.... | (sqrt(49) * csc(210)) + tan(360) | -13.999999999999996 | mixed | 5 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 17 * 47. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $17 * 47 = 799$
The answer is $799$
3. Drafting the response: "Ответ на ваш запр... | 17 * 47 | 799 | arithmetic | 1 | 1 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 63 - sin(45). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(45) = 0.7071067811865476$
2. $63 - 0.7071067811865476 = 62.29289321881... | 63 - sin(45) | 62.292893218813454 | trig | 3 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((68 + 55) * 70) * 75. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $68 + 55 = 123$
2. $123 * 70 = 8610$
3. $8610 * 75 = 645750$
4... | ((68 + 55) * 70) * 75 | 60054750 | arithmetic | 2 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (29 + tan(135)) + tan(180). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $tan(135) = -1.0000000000000002$
2. $tan(180) = -1.2246467991... | (29 + tan(135)) + tan(180) | 28 | trig | 4 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (14 * 33) - 98. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $14 * 33 = 462$
2. $462 - 98 = 364$
The answer is $364$
3. Drafting the... | (14 * 33) - 98 | 364 | arithmetic | 5 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((log(31, 5) - 89) + 49) * log(50, 5). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(31, 5) = 2.133656214977323$
2. $log(50, 5) = ... | ((log(31, 5) - 89) + 49) * log(50, 5) | -92.04083417820276 | log | 5 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 21 * csc(150). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $csc(150) = 2.0000000000000004$
2. $21 * 2.0000000000000004 = 42.000000000... | 21 * csc(150) | 42.00000000000001 | trig | 2 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (sec(60) * 35) - 44. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sec(60) = 1.9999999999999996$
2. $1.9999999999999996 * 35 = 69.9999... | (sec(60) * 35) - 44 | 25.999999999999986 | trig | 5 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((21 * 4) * log(14, 5)) + 68. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(14, 5) = 1.6397385131955606$
2. $21 * 4 = 84$
3. $84... | ((21 * 4) * log(14, 5)) + 68 | 212.73803510842708 | log | 5 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((10 * 24) / 13) / 33. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $10 * 24 = 240$
2. $240 / 13 = 18.46153846153846$
3. $18.4615384... | ((10 * 24) / 13) / 33 | 51.55944055944056 | arithmetic | 4 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((57 * log(39, 2)) + 86) * 53. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(39, 2) = 5.285402218862249$
2. $log(13, 5) = 1.593692... | ((57 * log(39, 2)) + 86) * 53 | 20523.606410541684 | log | 4 | 6 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((1 + 99) - cos(180)) / log(17, 10). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cos(180) = -1$
2. $log(17, 10) = 1.2304489213782739... | ((1 + 99) - cos(180)) / log(17, 10) | 82.08386243848786 | mixed | 2 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 32 / 82. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $32 / 82 = 0.3902439024390244$
The answer is $0.3902439024390244$
3. Drafting th... | 32 / 82 | 0.3902439024390244 | arithmetic | 3 | 1 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (23 * 33) + 99. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $23 * 33 = 759$
2. $759 + 99 = 858$
The answer is $858$
3. Drafting the... | (23 * 33) + 99 | 858 | arithmetic | 3 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (77 + 5) * 46. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $77 + 5 = 82$
2. $82 * 46 = 3772$
The answer is $3772$
3. Drafting the r... | (77 + 5) * 46 | 3772 | arithmetic | 1 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((tan(315) * 91) / 90) + 35. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $tan(315) = -1.0000000000000004$
2. $-1.0000000000000004 * 9... | ((tan(315) * 91) / 90) + 35 | 33.98888888888889 | trig | 1 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (71 - 55) / 68. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $71 - 55 = 16$
2. $16 / 68 = 0.23529411764705882$
The answer is $0.2352... | (71 - 55) / 68 | 0.23529411764705882 | arithmetic | 1 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 67 * tan(180). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $tan(180) = -1.2246467991473532e-16$
2. $67 * -1.2246467991473532e-16 = -8... | 67 * tan(180) | -8.205133554287266e-15 | trig | 3 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (71 / 14) / 17. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $71 / 14 = 5.071428571428571$
2. $5.071428571428571 / 17 = 0.298319327731... | (71 / 14) / 17 | 0.29831932773109243 | arithmetic | 3 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((19 - sin(60)) * sin(90)) + sin(0). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(60) = 0.8660254037844386$
2. $sin(90) = 1$
3.... | ((19 - sin(60)) * sin(90)) + sin(0) | 18.133974596215563 | trig | 4 | 6 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (cos(60) * tan(180)) * log(30, 10). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cos(60) = 0.5000000000000001$
2. $tan(180) = -1.2246... | (cos(60) * tan(180)) * log(30, 10) | -9.044759082724785e-17 | mixed | 5 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: log(41, 10) * 26. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(41, 10) = 1.6127838567197355$
2. $1.6127838567197355 * 26 = 41.932... | log(41, 10) * 26 | 41.932380274713125 | log | 2 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: csc(30) / 68. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $csc(30) = 2.0000000000000004$
2. $2.0000000000000004 / 68 = 0.029411764705... | csc(30) / 68 | 0.02941176470588236 | trig | 5 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (63 - 43) - sin(45). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(45) = 0.7071067811865476$
2. $63 - 43 = 20$
3. $20 - 0.707106... | (63 - 43) - sin(45) | 19.292893218813454 | trig | 1 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: tan(30) - sqrt(36). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $tan(30) = 0.5773502691896257$
2. $sqrt(36) = 6$
3. $0.577350269189... | tan(30) - sqrt(36) | -5.422649730810374 | mixed | 2 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((89 / log(28, 10)) + sin(90)) / 86. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(28, 10) = 1.447158031342219$
2. $sin(90) = 1$
... | ((89 / log(28, 10)) + sin(90)) / 86 | 0.7267424269648565 | mixed | 4 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (32 * 70) / log(27, 3). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(27, 3) = 3$
2. $32 * 70 = 2240$
3. $2240 / 3 = 746.6666666... | (32 * 70) / log(27, 3) | 746.6666666666666 | log | 1 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 40 - 56. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $40 - 56 = -16$
The answer is $-16$
3. Drafting the response: "Ответ на ваш запр... | 40 - 56 | -16 | arithmetic | 2 | 1 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: cbrt(64) * 48. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cbrt(64) = 3.9999999999999996$
2. $3.9999999999999996 * 48 = 191.99999999... | cbrt(64) * 48 | 191.99999999999997 | power | 2 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((55 * 21) + sqrt(100)) - 92. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(100) = 10$
2. $55 * 21 = 1155$
3. $1155 + 10 = 1165... | ((55 * 21) + sqrt(100)) - 92 | 1073 | power | 2 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (59 / sin(60)) / 31. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sin(60) = 0.8660254037844386$
2. $59 / 0.8660254037844386 = 68.1273... | (59 / sin(60)) / 31 | 2.1976558633669625 | trig | 5 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (sqrt(64) * log(23, 10)) - 2**3. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(64) = 8$
2. $log(23, 10) = 1.3617278360175928$
3... | (sqrt(64) * log(23, 10)) - 2**3 | 2.8938226881407427 | mixed | 5 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 40 + cos(45). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cos(45) = 0.7071067811865476$
2. $40 + 0.7071067811865476 = 40.70710678118... | 40 + cos(45) | 40.707106781186546 | trig | 4 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((20 + 16) - cbrt(125)) * 1. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cbrt(125) = 4.999999999999999$
2. $20 + 16 = 36$
3. $36 -... | ((20 + 16) - cbrt(125)) * 1 | 0.41333333333333333 | power | 2 | 5 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: 17 + sqrt(81). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(81) = 9$
2. $17 + 9 = 26$
The answer is $26$
3. Drafting the respo... | 17 + sqrt(81) | 26 | power | 3 | 2 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((91 - sqrt(16)) - 44) / 86. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(16) = 4$
2. $91 - 4 = 87$
3. $87 - 44 = 43$
4. $43... | ((91 - sqrt(16)) - 44) / 86 | 0.5 | power | 5 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (log(9, 2) * sqrt(4)) * 100. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(9, 2) = 3.1699250014423126$
2. $sqrt(4) = 2$
3. $3.16... | (log(9, 2) * sqrt(4)) * 100 | 633.9850002884625 | mixed | 2 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: sqrt(4) - sqrt(100). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(4) = 2$
2. $sqrt(100) = 10$
3. $2 - 10 = -8$
The answer is... | sqrt(4) - sqrt(100) | -8 | power | 2 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: log(36, 10) * cos(45). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(36, 10) = 1.556302500767287$
2. $cos(45) = 0.7071067811865476... | log(36, 10) * cos(45) | 1.1004720518701308 | mixed | 2 | 3 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((sqrt(9) - 87) / sqrt(81)) / 95. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(9) = 3$
2. $sqrt(81) = 9$
3. $5**2 = 25$
4. $... | ((sqrt(9) - 87) / sqrt(81)) / 95 | -25.098245614035086 | power | 1 | 7 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: ((cbrt(125) + sqrt(81)) + 4**4) + cos(45). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $cbrt(125) = 4.999999999999999$
2. $sqrt(81) =... | ((cbrt(125) + sqrt(81)) + 4**4) + cos(45) | 249.70710678118655 | mixed | 4 | 8 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: (63 + sqrt(64)) / log(42, 2). This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $sqrt(64) = 8$
2. $log(42, 2) = 5.392317422778761$
3. $63... | (63 + sqrt(64)) / log(42, 2) | 13.166880662491192 | mixed | 2 | 4 |
<think>
1. Analyze the Request: The user is asking to evaluate a mathematical expression: log(48, 5) - 95. This seems like a direct arithmetic/logic question based on numbers and standard trigonometric functions.
2. Evaluate the Components:
1. $log(48, 5) = 2.405312426779558$
2. $2.405312426779558 - 95 = -92.594687... | log(48, 5) - 95 | -92.59468757322044 | log | 1 | 2 |
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