Integration of (sinx-tanx) square

Open in App

Solution

Suggest Corrections

Similar questions

\int \frac{1 - sin x}{{cos}^{2} x} d x

(a) tan x + sec x + c (b) tan x - sec x + c

(a) sec x - tan x + c (b) tan x - ln sec x + c

\int e^{sin x} [\frac{x {cos}^{3} x - sin x}{{cos}^{2} x}] d x = e^{sin x} f (x) + c

f (x) =

\int \frac{sin x}{{sin}^{3} x + {cos}^{3} x} d x = α {log}_{e} | 1 + tan x | + β {log}_{e} | 1 - tan x + {tan}^{2} x | + γ {tan}^{- 1} (\frac{2 tan x - 1}{\sqrt{3}}) + C,

C

18 (α + β + γ^{2})

\int \frac{5 tan x}{tan x - 2} d x = x + a ln | sin x - 2 cos x | + C

C,

a

f (x) = sin x + tan \frac{x}{2} + sin \frac{x}{2^{2}} + tan \frac{x}{2^{3}} + . . . . + sin \frac{x}{2^{n - 1}} + tan \frac{x}{2^{n}}

Join BYJU'S Learning Program