Lecture notes of differential Equation of First Order & First Degree notes in pdf Differential Equation of First Order and First Degree in pdf

PDF Note of Differential Equation of First Order & First Degree 

 In this article we have discussed, method to solve  Ordinary Differential Equations of First Order & First Degree .We are using the following method to solve differential equations of first order.

This article is helpful to csir net /gate/iit jam student. This is also helpful to undergraduate students and engineering students. This is the most important topic for graduate science students.

In this article I will provide pdf notes of differential equations of first order and degree.

Lecture notes of differential equations of first order and degree.

Method of solution differential equation of first order and first degree.

1.variables and separable method 

2. reducible separation of variables 

3. homogeneous differential equation of first ordre and first degree 

4.Non homogeneous differential equation first order and degree

5.exact differential Equation of First Order & First Degree 

6.integrating method of exact differential Equation of First Order & First Degree 

7.how to find the integrating factor of exact differential Equation of First Order & First Degree .

8.linear differential equation of first Order & First Degree .

Linear Differential Equation of the first Order in Hindi | 

First order LDE in Hindi

order and degree differential equation in Hindi

how to find order and degree of differential equation. Order and degree of differential equation is the most important topic for Engineering students and undergraduate science students.

1.Separation of variables method

this the first method to find solution differential equation of first order and first degree.

differential equation of the form dy/dx=f(x)/g(x) or A differential equation of the form f(x) dx+ f(y) dy=0. first step separate function of x with dx and function of y with dy only .then integrate and solve ,thus we get required result.

Linear Differential Equation of the first Order in Hindi

2. Reducible form of Separation of variables method

this the first method to find solution differential equation of first order and first degree.

differential equation of the form dy/dx=f(ax+by)

first step 1. putting ax+by=v find dy/dx and putting in given equation

step.2 when we get differential equation in term of v and x , then apply separable form and solve it.

Method 3: Homogeneous Differential Equation of the first Order and first degree

when DE M(x,y) dx+ N(x,y) dy =0 have same degree of each term is called homogeneous differential equation. A differential equation of the form dy/dx=f(y/x) or dx/dy=f(x/y)

step-I putting y=vx and dy/dx=v+x dv/dx in given differential equation, then apply variables of separation form.

Method 3:Non-Homogeneous Differential Equation of the first Order and first degree.

A differential equation of the form dy/dx=(a1x+b1y+c1)/(a2x+b2y+c2)

case-1 a1/a2=b1/b2

Non-Homogeneous Differential Equation of the first Order and first degree.

A differential equation of the form dy/dx=(a1x+b1y+c1)/(a2x+b2y+c2)

case-2 a1/a2 is not equal to b1/b2

4. Exact differential equation of first order and first degree

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Lecture 24 ,25 and 26 pdf Download

thanks for watching In this video we have discussed basic fundamental concept of Bernoulli's differential Equation of first order and first degree. This video lecture helpful to undergraduate and Engineering Students . This is also helpful to CSIR NET/GATE/IIT JAM/B.Sc./M.Sc. STUDENTS

Bernoulli's differential equation of first order & first degree , dy/dx +P y =Q y^n

solve dy/dx - y tanx =y^4 secx, solve 2 dy/dx -y sec x = y^3 tan x,

solve cos x dy/dx +y sinx =(y secx)^1/2

Bernoulli's differential equation of first order & first degree ,

Bernoulli's differential equation f'(y)dy/dx+P f(y)=Q

solve tany dy/dx+tanx=cosy cos^3x, solve dy/dx - tany/(1+x)=e^x(1+x) secy, Linear Differential Equation of the first Order in Hindi , First order LDE in Hindi,

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