Evaluate the following integrals: `intx^(2)cot^(-1)xdx`

preview_player
Показать описание
Evaluate the following integrals: `intx^(2)cot^(-1)xdx`
  1. Doubtnut
Рекомендации по теме
Evaluate the following 0:03:36

Evaluate the following integrals: `intx^(2)cot^(-1)xdx`

# Shorts #Indefinite 0:00:33

# Shorts #Indefinite Integral #Evaluate: ∫x^2 cot^(-1) x dx

Calculus - Integral 0:04:38

Calculus - Integral of x^2 (Arc cot x)

Int cot^(-1)xdx || 0:03:09

Int cot^(-1)xdx || solutions ||

Evaluate the following 0:06:28

Evaluate the following integrals: \[ \int \cot ^{6} x d x \]

`intx^2cot^(- 1)x dx` 0:05:04

`intx^2cot^(- 1)x dx`

Evaluate the following 0:05:17

Evaluate the following integrals: `intxsin^(-1)xdx`

Evaluate the following 0:03:42

Evaluate the following integrals: \[ \int x\left(\frac{\sec 2 x-1}{\sec 2 x+1}\right) d x \]

`int cot^(2) x 0:01:18

`int cot^(2) x dx = ?`

Integral of Cot 0:05:10

Integral of Cot inverse of x

Evaluate the following 0:02:08

Evaluate the following indefinite integral int ( e^(x/2)/10 - e^(5x) ) dx

How REAL Men 0:00:35

How REAL Men Integrate Functions

Evaluate the following 0:05:38

Evaluate the following Integrals : `int (x^(2))/((x-1)(x-2)(x-3))dx`Evaluate the following

`inte^(x)(1-cotx+cot^(2)x)dx=` 0:02:01

`inte^(x)(1-cotx+cot^(2)x)dx=`

Evaluate the following 0:04:09

Evaluate the following integrals : `intsqrt(x)(x^3-2/x)dx`

Evaluate: `int_0^1 cot^-1(1-x+x^2)dx` 0:06:42

Evaluate: `int_0^1 cot^-1(1-x+x^2)dx`

Integration (x÷x+2)dx=? #shorts 0:00:16

Integration (x÷x+2)dx=? #shorts

The integral ∫√(1+2 0:02:18

The integral ∫√(1+2 cot⁡x (cosec x+cot⁡x)) dx;(0xπ/2) (where, C is a constant of integration)...

when calculus students 0:00:43

when calculus students use trig identities too early

Integral of inverse 0:04:27

Integral of inverse cot x || Integration by parts

Evaluate the following 0:01:35

Evaluate the following integrals: `inte^(x)secx(1+tanx)dx`

Evaluate `int_-1^ 1 0:01:44

Evaluate `int_-1^ 1 sin^5xcos^4xdx`...

Evaluate the follow 0:02:54

Evaluate the follow integrals: `int (cosec x dx)/(log (cosec x- cot x))`

Cosplay by b.tech 0:00:15

Cosplay by b.tech final year at IIT Kharagpur