For a statics class using MATLAB: Then, combine the code snippets to write a new script in the MATLAB code editor. To write a script, click the $/$Home$\backslash -->[$New Script$]$ button then edit it in the editor window. The $/$Editor$\backslash -->[$Run$]$ button will save and run the script. You may need to change directory$($folder$)$ to run or save the script.

A notation note: Instruction shortcuts are shown as:

Menu Item $-->$ Submenu Item

$/$ Tab $\backslash$

$[$ Button $]$

$-->$ next operation

Start your script with comments describing the code. In MATLAB a $\text{'}\%\text{'}$ will start a comment that runs to the end of the line. Comments are ignored by the computer but they are important for the writer.

$\%\%$ Name of Script

$\%$ Name:

$\%$ Date:

$\%$ Description:

$\%$

Also, add the sections

$\%$ Given:

$\%$ Solution:

$\%$ Answer:

For the script you write, use the vector magnitudes and angles given in Code $4.\%$ Given

Magnitudes $=[5,13,17]$;

Angles $=[53\mathrm{.}13,157\mathrm{.}38,-28\mathrm{.}07]$;

$\%$ Solution

X $=$ Magnitudes $.*$ cosd$($ Angles $)$;

Y $=$ Magnitudes $.*$ sind$($ Angles $)$;

$\%$ Answer

X

Y Then calculate a resultant force magnitude and angle. A standard angle is counter$-$clockwise from the positive x$-$axis. The script should give the x and y

components, magnitude, and angle of the resultant as output