Write a function plot$\_$flowrate$($flowrates$,$ times$)$ that accepts two lists: one of flowrates and one of times, and plots flowrate against time.

The first test case runs this code:

flowrates $=[4\mathrm{.}00,6\mathrm{.}50,3\mathrm{.}25,3\mathrm{.}00]$

times $=[0,1,2,3]$

$plo{t}_f$lowrate$(flowrates,$ times$)$

which should produce the following graph:

Notes:

Your plot should have "time" for the x$-$label, $"$m$3/$s$"$ for the $y-$label.

Your plot should have "Flow rate" for the title.