sabiti

20
Feb
Pattern - 33 of Indefinite Integration

⋆ Pattern – 33

I_n=\ \int x^n sin\ mx\ dx, then I_n

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20
Feb
Pattern - 32 of Indefinite Integration

⋆ Pattern – 32

I_n=\cos^n{x} dx

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20
Feb
Pattern - 31 of Indefinite Integration

⋆ Pattern – 31

I_n=\ \int\sin^n{x}\ dx, then

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19
Feb
Pattern - 30 of Indefinite Integration

⋆ Pattern – 30

I_n=\ \int{\rm cosec}^n\ x\ dx, then

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Tags: maths, proof, pattern, sabiti,
19
Feb
Pattern - 29 of Indefinite Integration

⋆ Pattern – 29

= ∫ \sec^n{x} dx , then

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19
Feb
Pattern - 28 of Indefinite Integration

⋆ Pattern – 28

= ∫ \cot^n{x} dx, then

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