Please be clear

This is a preliminary design project where your team is to 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 image. The strings are tied at Weight on Right = 1.07939 "Waight on Left a pivot point and at the ends of the rod. A known reference mass is placed on one end of the rod, then the equilibrium angle of the rod would indicate the mass of the object placed on the other end of the rod. 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 1/2 to 2 times the reference weight. You will need to plot the angle versus the weight ratio for various design considerations. Precision, = max( W. 1 Wil, . Wits) . 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. Precision % Weight Ratio Right Weight Left Weight 1/2 Angle 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. Submit your team design and rational including plots in the project report. Plots should include the angle vs weight for various designs and issues. A plot of the precision (differences in reading for 1-degree error divided by the true value). Submit the code used to make the plots and the peer evaluation