EMA 201 SUPPLEMENTAL SECTIONS
FALL 1998

Section leader: XXX
TIME, room XXX Engineering Hall
TIME, room XXX Engineering Hall

Section leader: XXX
TIME, room XXX Engineering Hall
TIME, room XXX Engineering Hall

Section leader: XXX
TIME, room XXX Engineering Hall
TIME, room XXX Engineering Hall

PROBLEM SOLUTIONS

Sample problems for final exam
Sample final December 1993 solutions
Sample final May 1994 solutions

Mass moment of inertia
Practice problem--mass moment of inertia

Area moment of inertia
Moment of inertia--practice
Composite body I--practice

Centroid, center of gravity, and center of mass
Practice problem--centroids

Practice problems for exam 3
Problem 1a
Problem 1b
Problem 2a
Problem 2b
Problem 3
Problem 4

Friction
Practice problem 8-14
Practice problem 8-72
Practice problem 8-87

Shear and bending moment analysis
Practice problem--V/M diagrams

Frames and machines
Sample problem 6-94
Sample problem 6-95
Sample problem 6-111
Problems 6-94, 6-95, and 6-111 handout (no solutions)

Simple truss analysis
Sample problem 6-34

Practice problems for exam 2
Problem 1
Problem 2
Problem 3
Problem 4
Problem 5

Distributed loads and 2-D rigid-body equilibrium
Sample problem

Reduction of force-couple systems
Equivalent system sample problem
Equivalent system old exam problem

Introduction to moments
Sample problems 4-45 and 4-47

Particle equilibrium
Problem 3-54 from the textbook
Chapter 3 old exam problem
Particle equilibrium sample #1
Particle equilibrium sample #2

Dot product and chapter 2 review
Chapter 2 old exam problem
Sample problem 2-130

Position, unit, and force vectors
Sample problem 2-72
Sample problem 2-106

Introduction to vectors
Vector sample problem #1
Vector sample problem #2

CONCEPT SUMMARY SHEETS

Area moment of inertia (second moment)
Centroid, center of gravity, and center of mass
Friction
Shear and bending moment analysis
Simple truss analysis
Distributed loads and rigid body equilibrium
Reduction of force-couple systems
Moments and the cross product
Dot product & particle equilibrium in 3-D
Introduction to vectors and their terminology