Видео ютуба по тегу रैखिक अवकल समीकरण विधि का बेसिक कॉन्सेप्ट

Homogeneous Differential Equation #7 | Important Questions | समघात अवकल समीकरण

Legendre's linear equation | part 17 | #barunmaths

Legendre's linear equation | part 16 | #barunmaths

Cauchy's Homogeneous linear Differential Equation | part 15 | #Barunmaths

basic solution||concept||Linear programming#2ndgrade #1stgrade #cmpc #2ndgrademaths

Cauchy's Homogeneous linear Differential Equation | part 14 | #Barunmaths

#20 solve (2x+1)^2 D^2y -2 (2x+1)Dy-12y =6x | solve (3x+2)^2 D^2y +3 (3x+2)Dy-36y =3x^2+4x+1

#19 Legendre's homogeneous linear differential equation in Hindi | Legendre linear equation in hindi

#18 Cauchy's homogeneous linear differential equation | solve (x^2 D^2+xD+1)y= sin (log x^2)

#17 Cauchy's homogeneous linear differential equation | solve (x^2 D^2-3xD+5)y= x^2 sin (log x)

#16 Cauchy's or Euler's homogeneous linear differential equation | solve 2nd order homogeneous LDE

#15 Variation of parameters method | solve (D^2+9)y= 1/(1+sin 3x) | solve (D^2+4)y=1/(1+cos 2x)

#14 Variation of parameters method | solve (D^2+4)y= tan 2x | (D^2+1)y=sec x tan x | (D^2+1)y=sec x

#13 Variation of parameters method |Solve 2nd order LDE by variation of parameter method in Hindi

#09 find Particular Integral when f(x)=x^m | solve (D^-6D+5)y=x^2 | PI of algebraic function x^n

#08 Particular Integral of Hyperbolic Function Sinh ax and Cosh ax | solve (D^2-3D+2)y=cosh x

#07 Particular Integral by shortcut method | Particular Integral when f(x)=sin ax or cos ax

#06 Particular Integral by shortcut method in Hindi |solve (D^2-5D+6)y=e^-2x |solve (D^2-3D+2)y=e^2x

Introduction to Linear Differential Equations | Finite Element Analysis | Basic Concepts | L-1

#04 Particular Integral in Hindi | solve Differential equation ( D^2+3D+2 ) y=e^e^x