Literature survey with references $(10\%-$ DO NOT COPY and PASTE $!!!)2.$ Realistic use case creation $(15\%-$ Support your assumptions wisely$)3.$ Free body diagram and force analysis $(10\%)4.$ Stress and deflection analysis for one of the arms of the mechanism including the self weightafter deciding its cross section and checking it$.(15\%)5.$ Mohr Circle for the stress state at your max stress point. $(10\%)6.$ Design revolute joint pins using two of the static design criteria $($take FS $=2)(15\%)7.$ Design revolute joint pins using two of the dynamic design criteria $($take FS $=2$ and assumeyour own dynamic conditions like speed, life expectancy etc. with stated reasons$)(15\%)8.$ Power Point Presentation $(10\%)$Fig$.26$ Swing$-$arm quick$-$return mechanism: As drive link $AB$ rotates $360$ around $A,$ it causes the slider at $B$ to reciprocate up and down along link CD$,$ causing CD to oscillate though an arc. This motion drives link DE in a reciprocating motion that moves the rolling slider at E slowly to the right before returning it rapidly to the left.