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Method of variation of parameter explained very simple way
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In this video explaining second order differential equation method of variation parameters. This method is very simple and easy to solve.
The method of variation of parameters is based on the idea that we can vary the constants in the linear combination of the homogeneous solutions in order to find a particular solution that satisfies the non-homogeneous equation. This allows us to find a general solution to the non-homogeneous equation by adding the complementary function (the general solution to the homogeneous equation) to the particular solution.
#easymathseasytricks #parametermethod
18MAT21 MODULE 1:Vector Calculus
18MAT21 MODULE 2:Differential Equation higher order
18MAT21 MODULE 3: Partial differential equations
18MAT21 MODULE 4: Infiinite series & Power series solution
18MAT21 MODULE 5: Numerical methods
18MAT11 Module1: Differential Calculus1
18MAT11 Module2: differential Calculus2
18MAT11 Module4: Ordinary differential equations
Linear Algebra: 18MAT11 MODULE 5
LAPLACE TRANSFORM : 18MAT31
Fourier Transforms Z-transform : 18MAT31 & 17MAT31
Fourier Series: 18MAT31 & 17MAT31
Calculus of Variation & Numerical Methods 18MAT31
Numerical Methods ODE's: 18MAT31 & 17MAT41
Joint Probability & Sampling Theory: 18MAT41 & 17MAT41
Probability Distributions: 18MAT41 & 17MAT41
Calculus of Complex Functions: 18MAT41 & 17MAT41
Curve fitting & Statistical Method 18MAT41 17MAT31
The method of variation of parameters is based on the idea that we can vary the constants in the linear combination of the homogeneous solutions in order to find a particular solution that satisfies the non-homogeneous equation. This allows us to find a general solution to the non-homogeneous equation by adding the complementary function (the general solution to the homogeneous equation) to the particular solution.
#easymathseasytricks #parametermethod
18MAT21 MODULE 1:Vector Calculus
18MAT21 MODULE 2:Differential Equation higher order
18MAT21 MODULE 3: Partial differential equations
18MAT21 MODULE 4: Infiinite series & Power series solution
18MAT21 MODULE 5: Numerical methods
18MAT11 Module1: Differential Calculus1
18MAT11 Module2: differential Calculus2
18MAT11 Module4: Ordinary differential equations
Linear Algebra: 18MAT11 MODULE 5
LAPLACE TRANSFORM : 18MAT31
Fourier Transforms Z-transform : 18MAT31 & 17MAT31
Fourier Series: 18MAT31 & 17MAT31
Calculus of Variation & Numerical Methods 18MAT31
Numerical Methods ODE's: 18MAT31 & 17MAT41
Joint Probability & Sampling Theory: 18MAT41 & 17MAT41
Probability Distributions: 18MAT41 & 17MAT41
Calculus of Complex Functions: 18MAT41 & 17MAT41
Curve fitting & Statistical Method 18MAT41 17MAT31