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Unformatted text preview: load function. 2c) Program geometric equations in MATLAB to compute piston position, velocity and acceleration for the slider crank. Attach hard copy of your code. 2d) Create three graphs with WM and geometric equation results on the same graph. Use circle symbols for your WM results and a continuous line for your equation results. a) piston position versus crank angle b) piston velocity versus crank angle c) piston acceleration versus crank angle 2e) How many standard CFM (cubic feet per minute) of air will this compressor deliver? CFM ________________________ EXTRA CREDIT Create three additional graphs similar to part 2d) above that show the difference between exact geometric equations and binomial series approximations for this slider crank as a function of crank angle....
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- Spring '09