Establishing the Derivatives of sin x, cos x & tan x

\( \int 2 \sin x \cos x d x \) is equal to....

(sin x)(cos x) の複雑な積分

sin x と cos x の導関数

Visual Calculus: Derivative of sin(θ) is cos(θ)

Derivatives of sin x, cos x, tan x, e^x and ln x

sinx cosx の積分

Maximum value of `cosx (sinx +cos x)` is equal to :

The incredible integral of sinx/x using Feynman's trick

sin(x) と cos(x) の導関数、証明

微積分の最も重要な制限 // 幾何学的証明と応用

When is sinx equal to cosx

Calculus 2 - Integration: Finding the Area Between Curves (3 of 22) Ex. 3: y=sinx, y=cosx BEWARE!

If `0ltxltpiand cosx+sinx=1/2,` then tan x is equal to

`int_(0)^(pi/2) |sinx - cosx |dx` is equal to

If 8 tan x=15, then sin x-cos x is equal to (a) 8/17 (b) 17/7 (c) 1/17 (d) 7/17

if cos x + sin x equal root 2 cos x then what is the value of cot X

If 8 tan x = 15, then sin x - cos x is equal to

If `y=log_(cosx)sinx,` then `(dy)/(dx)` is equal to

\( \int 2 \sin x \cos x d x \) is equal to