IN python $/$ jupyter notebook

$3$ Convolution with the Python function

In this section you will use the built$-$in function in Python to verify both your convolution function and your

analytic results.

Read the documentation for the numpy convolve function in Python.

Use this function to repeat the experiment from the previous section, including the plots.

Answer the following questions in your lab report.

$($a$)$ How closely do your plots using the numpy convolve function match your other two plots $($from the

analytic result in Section $1$ and your own convolve function in Section $2,$ respectively$)?$ Explain any

inconsistencies.

$($b$)$ What are the advantages and disadvantages of each of the three convolution methods you have explored in

this lab?

$($c$)$ Using the results produced by the Python function, write down the values of $y(t)$ and $z(t)$ at $t=0,0\mathrm{.}5,1$

respectively.