Introduction to Engineering Mechanics
Introduction to Engineering Mechanics Dr. Wayne Whiteman Director of the Office of Student Services and Senior Academic Professional School of Mechanical Engineering
This course is an introduction to learning and applying the principles required to solve engineering mechanics problems.
School of Mechanical Engineering
Module 7 Learning Outcome
Solve a two-dimensional (2D) Equilibrium Problem.
2
Worksheet – 2D Particle Equilibrium A 200 lb weight and a 100 lb weight are held in static equilibrium by cables OA and OB as shown below. The pulleys are frictionless and you may neglect the pulley weights. Determine the tension in cables OA and OB.
F
x
.
F
A
.
y
.
O
5 12
B
0
0
.
200 lb 4
.
3
100 lb
3
This course is an introduction to learning and applying the principles required to solve engineering mechanics problems.
School of Mechanical Engineering
Module 7 Learning Outcome
Solve a two-dimensional (2D) Equilibrium Problem.
2
Worksheet – 2D Particle Equilibrium A 200 lb weight and a 100 lb weight are held in static equilibrium by cables OA and OB as shown below. The pulleys are frictionless and you may neglect the pulley weights. Determine the tension in cables OA and OB.
F
x
.
F
A
.
y
.
O
5 12
B
0
0
.
200 lb 4
.
3
100 lb
3
