maths

Parin Sir > maths

Feb

⋆ Pattern – 18

I= $\ \int\frac{p\left(x\right)}{q\left(x\right)}\ dx_1\$ where, d ( p ( x ) ) < d ( …

Posted in: Pattern - 18 of Indefinite Integration,

Tags: maths, ganit, proof, proofs, sabiti, meeting,

Feb

⋆ Pattern – 16

∫ $e^{ax+b} [ a f(x) + f' (x) ] dx = e^{ax+b} f(x) + c$

Posted in: Pattern - 16 of Indefinite Integration,

Tags: maths, ganit, proof, proofs, sabiti, meeting,

Feb

⋆ Pattern – 15

1) ∫ $e^{ax}$ sin (bx + k) dx

$=\ \frac{e^{ax}}{a^2+b^2}\left[a\sin{\left(bx+k\right)}-b\cos{\l... </p> <div class=$

Posted in: Pattern - 15 of Indefinite Integration,

Tags: proofs, sabiti, meeting, maths, ganit, proof,

Feb

⋆ Pattern – 14 ( Some special formulas )

$1)\ \i... </p> <div class=$

Posted in: Pattern - 14 of Indefinite Integration,

Tags: maths, ganit, proof, proofs, sabiti, meeting,

Feb

⋆ Pattern – 13

Integration by parts ∫ uv dx = u ∫ vdx – ∫ $\left(\frac{du}{dx}\ \int v\ dx\right)$ dx

wh…

Posted in: Pattern - 13 of Indefinite Integration,

Tags: meeting, maths, ganit, proof, proofs, sabiti,

Feb

Pattern – 12

$\frac{A\sin{x}\times \cos{x}}{a\cos^2{x... </p> <div class=$

Posted in: Pattern - 12 of Indefinite Integration,

Tags: pattern, indefinite, proofs, sabiti, maths, ganit,

Feb

Pattern – 11

$\frac{1}{a\cos^2{x}+b\sin^2{x}+c}\ or$ $\ \frac{1}{a\cos^2{... </p> <div class=$

Posted in: Pattern - 11 of Indefinite Integration,

Tags: maths, ganit, pattern, indefinite, proofs, sabiti,