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Jeff12341234
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D.E. Boundary Value Problem: Finished the work, seem to get wrong ans
- Thread starter Jeff12341234
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In summary, a D.E. Boundary Value Problem is a mathematical problem that involves finding a solution to a differential equation while satisfying specific conditions at the boundaries of the domain. To solve this type of problem, techniques such as separation of variables, variation of parameters, or numerical methods are commonly used. Some common mistakes when solving these problems include errors in initial or boundary conditions, using the wrong method, or making computational errors. D.E. Boundary Value Problems have practical applications in various fields and resources such as textbooks, online tutorials, and guidance from professionals are available for further learning.
- #2
HallsofIvy
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I get what you have until you say "solve sys of eq for C1 & C2" but do NOT get the values for C1 and C2 that you do. Unfortunately, you don't show how you solved the equations.
- #3
Jeff12341234
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- #4
Jeff12341234
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There's the work. In addition, my Ti-nSpire CAS also solves it and gets that answer.
FAQ: D.E. Boundary Value Problem: Finished the work, seem to get wrong ans
1. What is a D.E. Boundary Value Problem?
A D.E. Boundary Value Problem, or differential equation boundary value problem, is a type of mathematical problem that involves finding a solution to a differential equation that satisfies specific conditions at the boundaries of the domain.
2. How do you solve a D.E. Boundary Value Problem?
To solve a D.E. Boundary Value Problem, you typically need to use techniques such as separation of variables, variation of parameters, or numerical methods like finite differences or finite elements. The specific method used will depend on the type of differential equation and the given boundary conditions.
3. What are the common mistakes when solving a D.E. Boundary Value Problem?
Some common mistakes when solving a D.E. Boundary Value Problem include making errors in the initial conditions or boundary conditions, using the wrong method for the type of differential equation, or making computational errors. It is important to double check all calculations and make sure the solution satisfies all given conditions.
4. What is the importance of D.E. Boundary Value Problems?
D.E. Boundary Value Problems have many practical applications in science and engineering, including in fields such as physics, chemistry, and economics. They are used to model real-world phenomena and help us understand and predict the behavior of complex systems.
5. What resources are available for learning more about D.E. Boundary Value Problems?
There are many resources available for learning more about D.E. Boundary Value Problems, including textbooks, online tutorials, and video lectures. Additionally, seeking guidance from a professor or tutor can be helpful in understanding the concepts and techniques used in solving these problems.