This is a group project activity. Refer to $5\mathrm{.}1$ MATLAB Group Project: Getting Started or your Groups area in Canvas to review your group's plan for

completing this project. This project includes writing a MATLAB script to generate plots for the problem.

In Module $9,$ your group will submit a final report on this project. Review $9\mathrm{.}1$ MATLAB Group Project: Final Report for complete details about what

is expected for the final report.

Oblique Balance

In this group project, your team will determine a preliminary design for an oblique balance. An oblique balance scale can be constructed with two

strings and a rod, as shown in the figure below. The strings are tied at a pivot point and the ends of the rod. A known reference mass is placed on

one end of the rod; then, the equilibrium angle of the rod indicates the mass of the object placed on the other end of the rod. The strings and rod

form an equilateral triangle in the baseline design.

Assuming you can measure the angle within plus or minus one degree, the precision of the weight$/$mass measurement should be within $6\%.$ The

measured weight range should be from $0\mathrm{.}5$ to $2$ times the reference weight. You will need to plot the angle versus the weight ratio for various

design considerations. Precision $\_($i$)=($max$(|$W$\_($i$-1)-$W$\_($i$)|,|$W$\_($i$)-$W$\_($i$+1)|))/($W$\_($i$))*100\%,$ where W is the measured mass$/$weight and i$-1$ is one degree less

than i$.$ This is the error if you read one degree higher or lower than the actual angle.

For each design variation considered, you should have a figure of the form shown to prove your design satisfies the requirements.

Examine the impact of varying the design on the accuracy and range of measurement. Conceptually consider errors due to real$-$world issues like

string stretching, production accuracy, or rod weight.

Code hint: Near the start of your code, make an array of tip angles.

$\%$ create an array with $1$ degree increrents

TipAngle $-$ MinTipAngle : MaxtipAngle ;

I need help with the MATLAB code. I've tried to program and I cant seem to get my graphs to match what is shown.