1. |
∫ |
sin (x) dx = -cos (x) + C |
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2. |
∫ |
cos (x) dx = sin (x) + C |
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3. |
∫ |
sin2 (x) dx = x2 - 14 sin (2x) + C |
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4. |
∫ |
cos2 (x) dx = x2 + 14 sin (2x) + C |
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5. |
∫ |
sinn (x) dx = -1n sinn - 1 (x) cos (x) + n - 1n | ∫ |
sinn - 2 (x) dx |
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6. |
∫ |
cosn (x) dx = 1n cosn - 1 (x) sin (x) + n - 1n | ∫ |
cosn - 2 (x) dx |
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7. |
∫ |
dxsin (x) = ln|tg(x2)| + C
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8. |
∫ |
dxcos (x) = ln|ctg(x2)| + C
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9. |
∫ |
dxsin2 (x) = -ctg (x) + C
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10. |
∫ |
dxcos2 (x) = tg (x) + C
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11. |
∫ |
sin (x) cos (x) dx = -14cos (2x) + C |
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12. |
∫ |
sin2 (x) cos (x) dx = 13sin3 (x) + C |
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13. |
∫ |
sin (x) cos2 (x) dx = -13cos3 (x) + C |
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14. |
∫ |
sin2 (x) cos2 (x) dx = -18x - 132sin (4x) + C |
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15. |
∫ |
tg (x) dx = -ln |cos (x)| + C |
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16. |
∫ |
ctg (x) dx = ln |sin (x)| + C |
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17. |
∫ |
sin (x)cos2 (x) dx = 1cos (x) + C
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18. |
∫ |
cos (x)sin2 (x) dx = -1sin (x) + C
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19. |
∫ |
sin2 (x)cos2 (x) dx = tg (x) - x + C
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20. |
∫ |
cos2 (x)sin2 (x) dx = -ctg (x) - x + C
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21. |
∫ |
sin2 (x)cos (x) dx = ln|ctg(x2)| - sin (x) + C
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22. |
∫ |
cos2 (x)sin (x) dx = ln|tg(x2)| + cos (x) + C
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23. |
∫ |
dxsin (x) cos (x) = ln|tg(x)| + C
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24. |
∫ |
dxsin2 (x) cos (x) = -1sin (x) + ln|ctg(x2)| + C
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25. |
∫ |
dxsin (x) cos2 (x) = 1cos (x) + ln|tg(x2)| + C
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26. |
∫ |
dxsin2 (x) cos2 (x) = tg(x) - ctg(x) + C
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27. |
∫ |
dxsinn (x) = -1n - 1cos (x)sinn - 1 (x) + n - 2n - 1 | ∫ |
dxsinn - 2 (x)
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28. |
∫ |
tgn (x) dx = tgn - 1 (x)n - 1 - | ∫ |
tgn - 2 (x) dx
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29. |
∫ |
ctgn (x) dx = -ctgn - 1 (x)n - 1 - | ∫ |
ctgn - 2 (x) dx
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30. |
∫ |
sin (x) cosn (x) dx = -cosn + 1 (x)n + 1 + C
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31. |
∫ |
cos (x) sinn (x) dx = sinn + 1 (x)n + 1 + C
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