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01) Introduction to Engineering Mechanics
1-a) Basic Introduction
02) System of Forces
2-a) Resultant Forces
2-b) Resultant Forces
2-c) Laws of Vector Addition
03) Equilibrium of Forces
3-a) Equilibrium of 2 & 3 Force System
3-b) Lame's Theorem and Sine Rule
3-c) Types of Equilibrium & Problems
04) Trusses
4-a) Types of Supports
4-b) Basic Concept of Truss
4-c) Method of Joints
4-d) Method of Sections
05) CG and MOI
5-a) Centroid & Center of Gravity
5-b) Parallel & Perpendicular Axis Theorem
5-c) Moment of Inertia
06) Dynamics
6-a) Kinematics - Linear & Projectile Motion
6-b) Kinematics - Newton's 2nd law with Applications
07) Collision/Impact & Work Energy
7-a) Collision and Problems on General Motion & Rotation
7-b) Work Energy Theorem
08) Friction and its Applications
8-a) Sliding and Rolling Friction