Exercises Create a module hw$2.$py$.$ For each problem include a solution for each of the following problems: Each solution should be a single function definition $($def$).$ Your function must be executable $($Run$>$Run Module does not cause syntax errors$).$ once you write the function and run the module, test it in the shell. the interaction should appear exactly as it does in the problem description $($and even better as in hw$2$TEST.py$)(**)$ when you are done, run the doctest on your solutions $($see below$).$ When you are finished, submit a single file hw$2.$py $($do not $.$zip or include other files or other formats$).$ Problems: $3\mathrm{.}23$ part $($f$)*,3\mathrm{.}34,3\mathrm{.}38,3\mathrm{.}39,3\mathrm{.}40,3\mathrm{.}41(**)$ Note on problem $3\mathrm{.}23($f$)-$ Place your code inside a function named forLoops. The function should have no parameters. When the function is executed, the numbers should be printed, one per line, like this: doctest $-$ When you are finished writing your function def's, run the doctest to make sure they are working correctly before submission. Download the included file hw$2$TEST.py to the same folder as your hw$2.$py and include the following at the bottom of your module, then run your module.True

$$ collision $(0,0,1\mathrm{.}4,2,2,1\mathrm{.}4)$

False

$>$ collision $(0,0,2,5,0,3)$

True

$[$collision $(0,0,3,0,5,3),$ collision $(0,0,1\mathrm{.}4,2,2,1\mathrm{.}4),$ collision $(0,0,2,5,0,3)]$

$[$True$,$ False, True$]$

##### partition ######Eleanor

Evelyn

Gavin

$>$ partition$([\text{'}$Xena$\text{'},$ 'Sammy', 'Owen'$])$

$>$ partition$([\text{'}$April$\text{'},$ 'Margaret', 'Frances', 'Jill'$])$

April

Margaret

Frances