FS05 MAE 3900 Final Exam, Student Name_Grade_ (10 pts) 5-1 The four-bar mechanism has one extemal force, P=200lbf and one inertia fore S=150 lbf acting on it. The system is in dynamic equilibrium a a result of a torqueT2 applied to link 2. Find T2 an
FS05 Midterm Exam Solution: (10%) Basic conceptual problem based on Chapter 2, solution not unique. Grading criteria are based on: 1. each step clearly define a design activity 2. steps are in logic sequence. 3. Exact language is not important but mu
Note: Problem is solved by two methods. Direction of F43 determined by link 3, which is a 2-force member. In vector-graph method, F43 is not solved by the same method (3 forces form a closed triangle) as shown in the lecture notes. T2 is the torque r
WS05 MAE 3900 Final Exam, Student Name_Grade_ (10 pts) 5-1 Use either graphical or analytical method to solve the following problem.
(10 pts) 6-1 In the following problem, "dimensioning" the diagrams means calculating the maximum and minimum valu