# Iterative Integrations Of Complementary Error Functions In MatLab®

Error functions are very important in calculus and data analysis. Matlab® provides a command which is called ‘erfc()’ to calculate these error function integrations.

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Here, we explain how to use the ‘erfc()’ command to calculate the error function integrations in Matlab®. The example below is executed in Matlab® command window. So you can try it in your own Matlab® product.

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## How To Use The ‘erfc()’ Command In MatLab®?

>> erfc(10)

ans =

2.0885e-45

>>

As you see in the example above, you just need to type the value that you need inside the ‘erfc()’ command in Matlab®. The calculation is made if you execute the code.

### What Is The Complementary Error Function?

The complementary error function has the equation like above. The value that you entered inside the ‘erfc()’ command is the ‘z’ in this equation.

## Conclusion

The use of the ‘erfc()’ command is very simple in Matlab®. You can also write matrices or vectors inside the brackets of the ‘erfc()’ command.

Do not forget to leave your comments and questions below about the ‘erfc()’ command in Matlab® below.

If you want further coding examples about the ‘erfc()’ command in Matlab®, inform us in the comments.