This app uses the **Adams-Moulton 4 step** method to numerically approximate the solution of the initial value problem

\(\qquad y' = \dfrac{\mathrm{d} y}{\mathrm{d} t} = f(t, y), \quad a \leq t \leq b, \quad y(a) = \alpha.\)

and plots the results on a graph for visualization purposes.

Label | Description / Your input | |
---|---|---|

1 | ODE equation to be numerically solved. The exact solution can also be included if it exists. | |

2 | Start and end time points respectively. | |

3 | Value of dependent variable at time zero, \(y_{0} = y(t_{0})\). | |

4 | Either the number of steps, \(n\) specified as an integer or the step-size, \(h\) where \(t_{0} < h < t_{f}\). | |

5 | Multi-step method be used to solve the ODE equation numerically. | |

6 | Initial value method to be used to calculate the starting values. | |

7 | Number of iterations to display. | |

8 | Decimal points to display (does not affect internal precision). | |

Enter your valid inputs then click

Enter your valid inputs then click

**Data Science and Analytics Course**

Earn a certificate as you complete this course covering the foundational data science and analytics workflow. Whether you're just starting out or are already a seasoned programmer, you'll significantly improve your coding skills in the Python (or R) programming language, data science and analytics. Read more ...

Software | Python / R Languages |

Delivery | 100% online through zoom |

Duration | 10 days (7 hours a day) |

Charges | $725 Inclusive of VAT |

**Dates:** First 2 Weeks of every month

**Time:** 5:30am - 2:00pm (Mon - Fri) GMT

**Teach Mathematics with our Web Apps**

Our apps are tested, trusted and embraced by thousands of students, lecturers and professionals globally to improve their learning experience in **STEM**.