Differential Equations. (V-U)

• 1. Introduction (V-U)
• 2. Fundamentals (V-U)
• 3. Separable Equations (V-U)
• 4. Homogeneous Differential Equations (V-U)
• 5. Exact Differential Equations (V-U)
• 6. Integrating Factor Technique (V-U)
• 7. First Order Linear Equation (V-U)
• 8. Bernoulli Equations (V-U)
• 9. Mixed Example (V-U)
• 10. Applications of First Order Differential Equations (V-U)
• 11. Radioactive Decay (V-U)
• 12. Applications of Non Linear Equations (V-U)
• 17. Method of Undetermined Coefficients ( Superposition Approach) (V-U)
• 18. Method of Undetermined Coefficients (Annihilator Operator Approach)_1 (V-U)
• 19. Method of Undetermined Coefficients (Annihilator Operator Approach)_2 (V-U)
• 21. Variation of Parameters for Higher-Order Equations (V-U)
• 22. Applications of Second Order Differential Equations (V-U)
• 23. Damped Motion (V-U)
• 24. Forced Motion (V-U)
• 25. Forced Motion-Examples (V-U)
• 28. Power Series An Introduction (V-U)
• 29. Power Series An Introduction Examples (V-U)
• 32. Solution about Singular Points (other cases) (V-U)
• 36. Systems of Linear Differential Equations (Continued) (V-U)
• 37. System of Linear First Order Equation (V-U)