If `x^3-y^3+3xy^2-3x^2y+1=0` then at `(0,1) (dy)/(dx)=`

preview_player
Показать описание
  1. Doubtnut
Рекомендации по теме
If `x^3-y^3+3xy^2-3x^2y+1=0` then 0:01:37

If `x^3-y^3+3xy^2-3x^2y+1=0` then at `(0,1) (dy)/(dx)=`

How to prove 0:00:19

How to prove that. (x - y)^3=x^3 - y^3 - 3xy(x - y)

Expanding Brackets 0:00:51

Expanding Brackets

Find dy/dx of 0:02:51

Find dy/dx of x³+x²y+xy²+y³=81 Ncert Continuity and Differentiability

Q19 | If 0:04:05

Q19 | If y^3 - 3xy^2 = x^3 + 3x^2y find dy/dx | Implicit Function | If y3 - 3xy2 = x3 + 3x2y find dy

Solve linear equations 0:00:46

Solve linear equations in two variables in just 10sec #maths #shorts #khantrickster

The two curves 0:02:22

The two curves `x^3-3xy^2+2=0` and `3x^2y-y^3-2=0`

Easily solve Maximum 0:07:52

Easily solve Maximum & Minimum values of the function good example(PART-1)

Find the value 0:04:55

Find the value of x and y

How to solve 0:00:51

How to solve simultaneous equations in just 2 secs?

IIT Bombay Lecture 0:00:12

IIT Bombay Lecture Hall | IIT Bombay Motivation | #shorts #ytshorts #iit

🤔How to simplify 0:00:16

🤔How to simplify algebraic expressions??? Algebraic Expressions/Short Tricks #shorts #shortsfeed

Cramer's Rule of 0:04:43

Cramer's Rule of Matrix | cramers rule | MindYourChoices @MindYourChoices

IIT Bombay CSE 0:00:11

IIT Bombay CSE 😍 #shorts #iit #iitbombay

Factorize 3x^2 - 0:00:15

Factorize 3x^2 - x - 4 l polynomial #math

solve quadratic equation 0:00:23

solve quadratic equation the easy way #maths

JEE Aspirants ka 0:00:12

JEE Aspirants ka Sach 💔 #JEE #JEEMain #Shorts

`(x^3-3xy^2)dx=(y^3-3x^2y)dy` 0:14:45

`(x^3-3xy^2)dx=(y^3-3x^2y)dy`

Solving an equation 0:03:47

Solving an equation for y and x

Simple explain & 0:10:09

Simple explain & easy method Maximum & Minimum values of the function example(PART-2)

If  x + 0:00:26

If  x + y = 3 and xy = 2, then x3−y3 =? #shorts

Quadratic Equations IIT 0:00:57

Quadratic Equations IIT Questions No 05 ( X Class)

Find Divergence and 0:11:48

Find Divergence and Curl of ∇(xy³z²) at (1, –1, 1) | Vector Calculus |

Runge-Kutta 4th Order 0:10:24

Runge-Kutta 4th Order Method | Solve dy/dx = 3e^x + 2y | Step-by-Step RK4 Solution

welcome to shbcf.ru