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Contents:
Contents:
(15-Jan) Overview of Course / Introduction
(20-Jan) Vector Quantities
(22-Jan) 2-D Cartesian Vectors
(25-Jan) Equilibrium of a Particle
(27-Jan) 3-D Vectors
(29-Jan) Dot Product
(1-Feb) Cross Product
(3-Feb) Moment of a Force about a Point
(5-Feb) Moment of a Force about a Line
(8-Feb) Moment of a Couple
(10-Feb) Equivalent Systems - Reduction of a system of forces to one force and one couple
(12-Feb) Equilibrium of a Rigid Body in 2 Dimensions
(15-Feb) Equilibrium of a Rigid Body in 2 Dimensions (cont.)
(17-Feb) Review for Exam#1
(19-Feb) Exam#1
(22-Feb) Equilibrium of Two- and Three-force Bodies
(24-Feb) Equilibrium of a Rigid Body in 3 Dimensions
(26-Feb) Trusses - Method of Joints
(01-Mar) Trusses - Method of Sections
(03-Mar) Trusses (cont.)
(05-Mar) Frames and Machines
(08-Mar) Frames and Machines - Three-hinge Systems
(10-Mar) Centroids of Areas
(12-Mar) Centroids of Wires
(15-Mar) Determination of Centroids by Integration
(17-Mar) Review for Exam#2
(19-Mar) Exam#2
(29-Mar) Distributed Loads on Beams
(31-Mar) Forces on Submerged Surfaces
(05-Apr) Moment of Inertia
(07-Apr) Polar Moment of Inertia
(12-Apr) Parallel Axis Theorem
(14-Apr) Product of Inertia & Principal Moments of Inertia
(16-Apr) Review for Exam#3
(19-Apr) Exam#3
(21-Apr) Internal Forces in Structural Members
(23-Apr) Shear and Moment Diagrams
(26-Apr) Friction
(28-Apr) Friction - Wedges
(30-Apr) Review for the Final Exam
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