Let's examine a Cam-flat-face follower system comprising the subsequent stages: a) Elevation of 0.5 inches, characterized...

 

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Let's examine a Cam-flat-face follower system comprising the subsequent stages: a) Elevation of 0.5 inches, characterized by Betal of 120 degrees, and a H-5 motion. b) Stationary phase featuring Beta2 at 90 degrees. c) Return movement of 0.5 inches during the remaining revolution employing an H-6 motion. The Cam system maintains a minimum radius of Ro = 1 inch. You're tasked with the following: 1-Draw entire cam, delineating it in increments of 10 degrees for theta using the given equations. 2-Formulate the function R(theta) encompassing the complete cam revolution, wherein R(theta) = Ro - f(theta). 3-Assess the possibility of Cusps emerging during the pivotal segment. The generic H-5 Motion is described by f(0) = L 2 (1 - cos no B) Generic H-6 Motion is given by f(0) = L 2 (1 + cos no ß) Let's examine a Cam-flat-face follower system comprising the subsequent stages: a) Elevation of 0.5 inches, characterized by Betal of 120 degrees, and a H-5 motion. b) Stationary phase featuring Beta2 at 90 degrees. c) Return movement of 0.5 inches during the remaining revolution employing an H-6 motion. The Cam system maintains a minimum radius of Ro = 1 inch. You're tasked with the following: 1-Draw entire cam, delineating it in increments of 10 degrees for theta using the given equations. 2-Formulate the function R(theta) encompassing the complete cam revolution, wherein R(theta) = Ro - f(theta). 3-Assess the possibility of Cusps emerging during the pivotal segment. The generic H-5 Motion is described by f(0) = L 2 (1 - cos no B) Generic H-6 Motion is given by f(0) = L 2 (1 + cos no ß)

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To accomplish the tasks lets break them down step by step 1 Drawing the entire cam Given Elevation phase Betal 120 degrees H5 motion Stationary phase ... View the full answer