Laplace Transform Calculator (With Inverse & Piecewise Support)
A Laplace Transform Calculator is an online math tool used to convert time-domain functions into the frequency domain. It is widely used in engineering, physics, control systems, and differential equations.
This calculator helps you:
- Find Laplace transforms
- Solve inverse Laplace transforms
- Work with piecewise functions
- Evaluate integrals using Laplace methods
- Understand step-by-step solutions
Laplace Transform Calculator
Standard & Inverse Laplace with Steps
What Is a Laplace Transform?
The Laplace transform converts a function of time f(t) into a function of s:L{f(t)}=∫0∞e−stf(t)dt
This makes complex differential equations easier to solve.
Why Use a Laplace Transform Calculator?
✔ Saves time
✔ Reduces errors
✔ Shows steps
✔ Handles piecewise functions
✔ Supports inverse transforms
✔ Mobile friendly
How to Calculate Laplace Transform
- Enter the function f(t)
- Select transform type
- Click Calculate
- View result with steps
How to Calculate Inverse Laplace Transform
The inverse Laplace transform converts F(s) back into f(t):L−1{F(s)}=f(t)
Example:F(s)=s−21⇒f(t)=e2t
Piecewise Laplace Transform Calculator
Piecewise functions are written using the unit step function:f(t)={0,t,t<2t≥2
Laplace transforms help solve these easily using:L{u(t−a)f(t−a)}
Laplace Transform of Common Functions
| Function f(t) | Laplace Transform |
|---|---|
| 1 | s1 |
| t | s21 |
| eat | s−a1 |
| sin(at) | s2+a2a |
| cos(at) | s2+a2s |
How to Calculate an Integral by Laplace Transform
Laplace transforms can solve integrals such as:∫0∞e−stsin(at)dt=s2+a2a
This is useful in signal processing and system analysis.
Who Should Use This Calculator?
- Engineering students
- Physics learners
- Control system designers
- Math teachers
- Researchers
This Laplace Transform Calculator supports:
✔ Standard Laplace
✔ Inverse Laplace
✔ Piecewise functions
✔ Integral solutions
✔ Step-by-step answers
It is fast, accurate, and mobile-friendly.
