Second-order differential equations
Solve second-order homogeneous and non-homogeneous linear ODEs with constant coefficients
What you'll learn
- 1
A second-order differential equation involves the second derivative, like acceleration in a car. Imagine you're in a car that speeds up at a constant rate — the acceleration is the second derivative of position.
- 2
What does the second derivative represent in a car's motion?
- 3
Let's solve y'' = 6x. We'll integrate twice to find y.
- 4
Drag the steps to solve y'' = 4. First, find y' by integrating, then integrate again.
- 5
If y'' = 4, what is y' after one integration?
- 6
Now integrate y' = 4x + C to find y. What do you get?
- 7
What is the general solution for y'' = 4?
Practise Second-order differential equations with Whizlo
Free AI-tutored lessons, unlimited practice questions, and progress tracking for ages 16–18. Aligned to the UK National Curriculum.