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Multiply both sides by DX:Dy = (1/y) DX. Multiply both sides by y: y Dy = DX. Put the integral sign in front: y Dy = DX. Integrate each side: (y2)/2 = x + C. Multiply both sides by 2: y2 = 2(x + C)
2:11 11:46 Suggested clip Solving Pies through separation of variables 1 | Boundary Value YouTubeStart of suggested client of suggested clip Solving Pies through separation of variables 1 | Boundary Value
Multiply both sides by DX:Dy = (1/y) DX. Multiply both sides by y: y Dy = DX. Put the integral sign in front: y Dy = DX. Integrate each side: (y2)/2 = x + C. Multiply both sides by 2: y2 = 2(x + C)
The method of Separation of Variables cannot always be used and even when it can be used it will not always be possible to get much past the first step in the method.
2:35 7:26 Suggested clip Solving the 1-D Heat/Diffusion PIE: Homogenous Boundary YouTubeStart of suggested client of suggested clip Solving the 1-D Heat/Diffusion PIE: Homogenous Boundary
Short answer: For equations that have constant coefficient, live in a nice domain, with some appropriate boundary condition, we can solve it by separation of variables. If we change one of above three conditions, then most of the time we can't solve it by separation of variables.
Separation of variables is a method of solving ordinary and partial differential equations. ,, and then plugging them back into the original equation. This technique works because if the product of functions of independent variables is a constant, each function must separately be a constant.
Simply put, a differential equation is said to be separable if the variables can be separated. That is, a separable equation is one that can be written in the form. Once this is done, all that is needed to solve the equation is to integrate both sides.
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