PART $1$

Write a PYTHON script that will accomplish the Tasks $1$ through $3$ listed below and display the numerical values. The resulting output should be clear as to numerical value is associated with which task or subtask.

Name the Python LastName$\_$Lab$1\_$Part$1.$py where LastName is your last name.

Separate code for each task by sections and label the sections.

Comment your work using the percentage symbol, #$,$ to indicate comments to follow

a$.$ Provide your name, lab section, and overall objective of the code as a commented heading to your script

b$.$ Provide description of variables used in your code when defined including units when relevant

c$.$ Add comments in line before explaining what step is completed next

Submit your lab py$-$file using Canvas.

Feel free to discuss the lab assignment, but you must do your own work.

Task $1$

Write MATLAB code that will determine the numerical values:

a$.\sqrt[4]{23-\frac{3}{2}}$

$($numerical answer $=2\mathrm{.}1533)$

b$.\frac{10e^{\frac{3}{2}}}{\sqrt[\phantom{2}]{23}}$

c$.14(6\mathrm{.}022{10}^{23})$

$($numerical answer $=9\mathrm{.}345)$

d$.\frac{-2+\sqrt[\phantom{2}]{2^2-4(4)}}{2}$

$($numerical answer $=8\mathrm{.}4308e24)$

PART $1-$ PYTHON