| 1. | Let Y ( n ) be the solution to the differential equation
|
| 2. | This differential equation is the classic equation of motion for charged particles.
|
| 3. | The equation of motion for \ psi is the time differential equation:
|
| 4. | His specialisms included nonlinear partial differential equations and calculus of variations.
|
| 5. | Returning to differential equations, Hamming studied means of numerically integrating them.
|
| 6. | The same year he used equivalent circuits to solve differential equations.
|
| 7. | The six partial differential equations above represent six independent Reynolds stresses.
|
| 8. | This partial differential equation may be solved by separation of variables.
|
| 9. | The equation itself is a fourth order non linear differential equation.
|
| 10. | Then you can apply those boundary conditions to this differential equation:
|
मोबाइल