# MATH 308 - Chapter 6

<aside>Spring 2021, Dr. Kamran Reihani, Texas A&M University</aside>

$$\mathcal{L}\{f(t)\} = \int\limits_0^{\infty} e^{-st}f(t)dt$$

## Sections

- [The Laplace Transformation](Laplace_Transform.html)
- [Laplace Transformation in DE](Purpose_Laplace.html)
- [More Strategies for Laplace](More_Laplace.html)
- [Laplace with Step Functions and Heaviside](Step_Functions.html)
- [Differential Equations with Step Functions](DiffEQs_w_Steps.html)
- [Dirac Delta Function](Impulse_Functions.html)
- [Convolution Theorem and Application](Convolution_Integral.html)

### Summary

- [Summary](Summary.html)

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