1-1 Introduction to Theoretical Mechanics and Axioms of Statics.mp4+ 1-2 Common Constraints in Engineering and Determination of Constraint Force Directions.mp4+ 1-3 Force Analysis and Free-Body Diagrams .mp4+ 2-1 Moment of a Force About a Point and About an Axis.mp4+ 2-2 Couples and the Moment of a Couple.mp4+ 2-3 Resultant and Equilibrium Conditions of a System of Couples.mp4+ 3-1 Reduction of a General Force System and Analysis of Its Resultant.mp4+ 3-2 Equilibrium of General Force Systems.mp4+ 3-3 Examples of Equilibrium Problems for a Single Body.mp4+ 4-1 Examples of Equilibrium Problems for a System of Bodies.mp4+ 4-2 Sliding Friction, Friction Angle, and Self-Locking.mp4+ 4-3 The Concept of Rolling Resistance and Equilibrium Problems with Friction.mp4+ 5-1 Vector Method, Rectangular Coordinate Method, and Natural Method for Describing the Motion of a Point.mp4+ 5-2 Translation and Fixed-Axis Rotation of Rigid Bodies.mp4+ 6-1 Fundamental Concepts of the Composition of Motions of Points.mp4+ 6-2 Examples of Theorem of Composition of Velocities for Points.mp4+ 6-3 Theorem of Composition of Accelerations of a Point When the Transport Motion Is Translation.mp4+ 6-4 Theorem of Composition of Accelerations of a Point When the Transport Motion Is Rotation ——Coriolis Acceleration.mp4+ 7-1 Planar Motion of Rigid Bodies and Velocity Analysis.mp4+ 7-2 Instantaneous Center Method for Finding Velocity.mp4+ 7-3 Base Point Method for Finding Acceleration.mp4+ 8-1 Newton’s Three Laws and the Two Basic Types of Problems in Particle Dynamics.mp4+ 8-2 Basic Inertial Characteristics of a System of Particles and the Parallel-Axis Theorem.mp4+ 9-1 Calculation of Kinetic Energy.mp4+ 9-2 Calculation for the Work of Force.mp4+ 9-3 Kinetic Energy Theorem and Its Applications.mp4+ 10-1 Theorem of Motion of the Center of Mass.mp4+ 10-2 Theorem of Linear Momentum, Theorem of Impulse and Their Application.mp4+ 10-3 Theorem of Angular Momentum.mp4+ 11-1 The Concept of Inertial Force.mp4+ 11-2 D'Alembert's Principle for a Particle and a System of Particles.mp4+ 11-3 The Reduction of Inertial Force Systems.mp4+ 11-4 Application Examples of the Method of Kineto-Statics.mp4+