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Numerical Methods for Solving Equations
Jun 11, 2024
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Lecture Notes: Numerical Methods for Solving Equations
Introduction
Presenter:
Dr. Gajendra Purohit
Topic:
Solution of simultaneous equations or algebraic equations through numerical methods
Playlist:
Organized topic-wise for easy access, complaints addressed on missing topics
Methods for Solving Equations
Two Main Categories
Direct Methods
Gauss Elimination Method
Gauss-Jordan Method
Matrix Inversion Method
Partition Method
Indirect Methods
Jacobi Method
Gauss-Seidel Method
Other Intrusive Methods
Gauss Elimination Method
Purpose:
To solve equations directly
Application:
Convert system of equations into upper triangular form
Steps:
Convert matrix to upper triangular form by making lower elements zero
Solve the resulting system
Gauss-Jordan Method
Difference from Gauss Elimination:
Converts matrix to diagonal form instead of upper triangular
Steps:
Make off-diagonal elements zero to convert to diagonal matrix
Solve the resulting system
Comparison: Gauss Elimination vs. Gauss-Jordan
Gauss Elimination:
Converts to upper triangular matrix
Gauss-Jordan:
Converts to diagonal matrix
Outcome:
Both methods yield the same solution
Practical Application
Example Problems:
Illustrative problems shown using both methods to highlight differences
Additional Resources:
Videos on various numerical methods (e.g., Newton-Raphson, Bisection, Regula Falsi, Secant, Iterative, Interpolation, Numerical Integration, Numerical Differentiation)
Matrix Theory:
Recommended topic for better understanding
Next Steps: Indirect Methods
Upcoming Topics:
Jacobi Method
Gauss-Seidel Method
Discussion:
Live classes and competitive exam-oriented questions
Community and Resources
WhatsApp Group:
Discussion and resource sharing; send message to be added
Live Classes:
For real-time learning and doubt clarification
Conclusion
Call to Action:
Like, share, subscribe, and press the notification bell for updates.
Invitation:
Join the WhatsApp group for resources and discussions.
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