Mathematics


Name of the Faculty

Topic

Vedio Link

D. MADHUKAR

Homogeneous Differential equations of first order and First degree

https://youtu.be/0M8qOfcYORA

Equations solvable for p & Equations solvable for y

https://youtu.be/0UHZThYGl4w

Integrating factors 3,4&5

https://youtu.be/5iaSKG2BYq4

Higher order linear differential equations (variation of parameters)

https://youtu.be/Aaga6T0I61c

Variation of parameters (Higher order linear differential equations)

https://youtu.be/BzC0IgP0d3U

Higher order Non-Homogeneous linear differential equations when Q(x)=e^ax

https://youtu.be/dgIkeM9ToRI

Equations solvable for x and Clairaut's equations

https://youtu.be/fc1zR7OjX_E

Higher order linear differential equations (method of undetermined coefficients)

https://youtu.be/GbmIFHOzudk

Integrating factors7&8(Linear differential equations and Reducible to linear differential equations)

https://youtu.be/GP9boQkL0qo

Method of undetermined coefficients

https://youtu.be/ie-XYRuj9c8

Higher order Non-Homogeneous linear differential equations by means of polynomial operators when=Q(x)=bsinax or bcosax

https://youtu.be/KDAvoV3ZfVs

Legender's linear differential equations

https://youtu.be/mQ719L58QRc

Integrating factor (By inspection method)1&2

https://youtu.be/NIdVmi5tTEg

Non-Homogeneous differential equations of first order and First degree

https://youtu.be/oy45rAdccWY

Higher order Differential equations Part:1

https://youtu.be/pUMzBWlBPVo

Non-Homogeneous linear equations with constant co-efficients by means of polynomial operators Q (x)=e^axv

https://youtu.be/RDAfZvzMfEk

Integrating factor :5 Q(x)=x^ksinax or x^kcosax

https://youtu.be/VQt5ia3r9R8

Theorems on first order and First degree differential equations

https://youtu.be/WXZRS_cX1mM

Separation of Variables

https://youtu.be/YCLxoDCIhNQ

K. KANAKAIAH

Integrating factor

https://youtu.be/_hUyRSY8Nzc

Bisection Method

https://youtu.be/_kFixQToSfk

Equations solve for x

https://youtu.be/4bTd7hjWYMs

Linear Differential Equations

https://youtu.be/4IIbyWnPtyQ

Equations solve for y

https://youtu.be/5sR7G4adb7M

Bernoulli equations

https://youtu.be/7IwmNfLFLvM

Differential equations

https://youtu.be/8Kpi6Rfu0-Y

Secant method

https://youtu.be/aIBGbfZ0UmU

Equations solvable for p

https://youtu.be/b3Xq6EcesjE

Equations solve for p

https://youtu.be/bL2TwpebnRk

Iteration Method

https://youtu.be/DX5Ka42vXcc

Integrating factor

https://youtu.be/gyQ0eYD8NE8

Exact Differential Equations

https://youtu.be/iL2XO0OVENw

Newton Method

https://youtu.be/JpsKV1rlsJo

All the roots are real and distinct

https://youtu.be/M-2GcQMCPCY

Differentiatiol equations

https://youtu.be/xfESdRKvMzU

Homogeneous differential equations

https://youtu.be/YtTJDbXNhik

Integrating factor

https://youtu.be/YVjGkoW7YsE

Reduction of order method (Higher order linear differential equations of non-Constant coefficients)

https://youtu.be/af_tWY56L1Y

All the roots are imaginary

https://youtu.be/yEEwEVTsVhc

Higher order non homogeneous linear Differential Equations

https://youtu.be/uFVl302mbs0

Higher order non homogeneous linear Differential Equations

https://youtu.be/6gOKLboUY1Q


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