Statics
Video Lectures
Displaying all 16 video lectures.
Lecture 1![]() Play Video |
The Triangle Rule Adding Vectors to find a Resultant This video covers triangles, the triangle rule, Law of Cosines and Sines. |
Lecture 2![]() Play Video |
2D Find Resultant Vectors, Triangle Rule, Cartesian Components This will teach you about 2D resultant vectors, the triangle rule, and cartesian components. |
Lecture 3![]() Play Video |
Resolving a 3D Vector into Cartesian Components This is a statics lesson to derive angle phi and angle theta z. These equations are used when a vector is given by two angles but needs to be resolved into xyz components. |
Lecture 4![]() Play Video |
3D Statics about a Particle Calculating unit Vectors This will teach you how to solve 3D statics about a Particle, and how to calculate unit vectors. |
Lecture 5![]() Play Video |
2D Statics about a point, calculating tension in cables. This will teach you how to solve 3D static problems about a point, and for tension in cables. |
Lecture 6![]() Play Video |
2D Statics about a particle. Solve for tension in cables. This is a classic 2D Statics problem involving finding the tension in two cables. |
Lecture 7![]() Play Video |
Statics 3D Moment about a point and rXF Solution This video contains an example of 3D moment problem utilizing rXF. |
Lecture 8![]() Play Video |
Trusses, Method of Sections This will show you how to solve truss problems with the method of sections. |
Lecture 9![]() Play Video |
Truss Method of Joints This is a brief lecture on solving a truss problem using the method of joints. See my other videos. |
Lecture 10![]() Play Video |
Equivalent Systems, System Simplification This is a brief lecture showing you how to solve equivalent systems |
Lecture 11![]() Play Video |
System Equilibrium, 2D Reactions at the Supports This video will teach you how to solve System Equilibrium, and 2D Reactions at the Supports. |
Lecture 12![]() Play Video |
Centroid using Composite Shapes, Center of Area This method will allow the viewer to find the centroid of an area. I demonstrate the table method to find X bar and y bar. This method also works for finding the center of mass, volume, weight, area, length, etc. |
Lecture 13![]() Play Video |
Centroid Theorem of Pappus Guldinus Volume and Surface Area This is how to use Centroid Theorem of Pappus Guldinus to find Volume and Surface Area. |
Lecture 14![]() Play Video |
Shear Moment Diagram, The Equation Method This will show you how to draw a Shear Moment Diagram suing The Equation Method. |
Lecture 15![]() Play Video |
Shear Moment Diagram, Graphic Method This video shows you how to construct a shear moment diagram using the graphic method. |
Lecture 16![]() Play Video |
Centroid by Calculus, Center of Area using Integrals This is the method to use to find a centroid of shapes that are not listed on the table in the back of your Statics book. This is how centroid so far all shapes were originally derived. |