1. Applications of Differential Equations : Orthogonal Trajectories and Newton\'s Law of Cooling

In this 38 mins Video Lesson

Orthogonal Trajectories, OT in Cartesian Coordinates, OT in Polar Coordinates, Newton's Law of Cooling, and other topics.

Orthogonal Trajectories, OT in Cartesian Coordinates, OT in Polar Coordinates, Newton's Law of Cooling, and other topics.

2. Applications of Differential Equations : Thermal Conduction and Motion

In this 37 mins Video Lesson

Steady State Thermal Conduction in one Dimension, Rectilinear Motion, Motion Under Gravity, Resistive Motion under Gravity, and other topics.

Steady State Thermal Conduction in one Dimension, Rectilinear Motion, Motion Under Gravity, Resistive Motion under Gravity, and other topics.

3. Applications of Differential Equations : Electrical Circuits and Radioactivity

In this 25 mins Video Lesson

Electrical Circuits, LR Series Circuit, RC Series Circuit, First Order RC Circuit, Radioactivity, and other topics.

Electrical Circuits, LR Series Circuit, RC Series Circuit, First Order RC Circuit, Radioactivity, and other topics.

4. Applications of Differential Equations : Simple Harmonic Motion and Mixing Problems

In this 48 mins Video Lesson

Simple Harmonic Motion, Basic Theory of Second Order Linear DE, Relation Between displacament and time, Relation between velocity and time, Relation between velocity and displacement, Mixing Problems, and other topics.

Simple Harmonic Motion, Basic Theory of Second Order Linear DE, Relation Between displacament and time, Relation between velocity and time, Relation between velocity and displacement, Mixing Problems, and other topics.

Applications Of Differential Equations
(4.79 Mb)

Simple application of differential equation of first order and second order to electrical and Mechanical Engineering problem