Copy and use the following pseudocode for your main function:speed$\_$in$\_$miles $=$ get$\_$valid$\_$number$("$Speed in miles"$)$speed$\_$in$\_$kilometres $=$ convert$\_$miles$\_$to$\_$kilometres$($speed$\_$in$\_$miles$)$fine $=$ determine$\_$fine$($amount$\_$over$\_$limit$)$

Implement that pseudocode in Python, including the function definitions with proper docstrings.

Remember that you've done some of this before, so you can copy your previous work:

Prac $2$ where we calculated $kmm$

Prac $3$ where we determined speeding fines

Test this using meaningful test data that you can understand.

Important: The value of the fine as a number type is much better to return than a string, or a whole

message.

What if we wanted to determine a new bank balance after paying the fine?

This is an example of SRP$.$

It is the determine$\_$fine function's ONLY $($single responsibility$)$ job to determine the actual fine as

an actual number.

It is counter$-$productive for this function to print the fine or to format with a $\text{'}$$$\text{'}$ or anything else.

bank$\_$balance $-=$ fine doesn't work if fine is something like Your fine is $$199.$

$$ insert "you had one job" meme here $>$

When you have this working, complete a more fulsome program that matches the following example

output:

Sample OutputSpeed limit in km$/$h: $80$

Your speed of $\}88\mathrm{.}7\backslash$textrm$\{$km$\}/\backslash$textrm$\{$h$\}\backslash$mathrm$\{$ was over the limit by $8\mathrm{.}7$ km$\}/\backslash$textrm$\{$h$\}\backslash$mathrm$\{.$

Your fine will be $$309\mathrm{.}00$

Enter your current bank balance: $$22\mathrm{.}35$

Your bank balance after your fine will be $\}$$$-286\mathrm{.}6$

Don't speed again, OK$?$

Farewell

and

Your speed in miles per hour: $34$

Speed limit in km$/$h: $60$

Your speed of $\}54\mathrm{.}7\backslash$textrm$\{$km$\}/\backslash$textrm$\{$h$\}\backslash$mathrm$\{$ has not exceeded the speed limit $-$ no fine $$

Farewe$11$