Part 2 : The following snap-fit design problems are based on the information provided within the BASF Snap Fit Design Manual. Relevant material properties (allowable strain, friction coefficient) and design equations are to be referenced from this document. A. Create a plot of Normalized Mating Force (Push-on Force over Perpendicular Force) vs. the Lead Angle for your choice of five of the materials shown in Table IV-II. Choose a reasonable range of Lead Angles, and make choices and include plot elements that enhance usability, e.g. axis labels, distinct line styles, a legend, etc. B. Determine if this snap fit design is acceptable for each of the materials shown in Table IV-II. Provide you calculations and present your results by adding a column to Table IV-II denoting acceptability. Uniform Beam - Type 5 RII/ C. Repeat B. but use a Type 4 snap fit design. Add a column to your table to present results. D. Determine the maximum deflection of snap and the mating force for a Uniform Beam - Type 2 snap fit with the following properties: t=3mmL=15mmb=6mmE=8100MPa=0.35=300=2.0%