Course contents *
Theory, conceptual reasoning and problem solving in the areas below.
Vector algebra and dimension views.
Power and torque.
Power systems, power pairs, connections, reduction results.
Mass system for particle systems, rigid bodies and composite bodies.
Static equilibrium: equilibrium conditions in 2 and 3 dimensions, ropes and pulleys, friction.
Particle kinematics: coordinate system, component forms, kinematic conditions.
The momentum law, Newton's laws in different coordinate systems.
Work, power and energy, conservative systems, energy equation, dissipative systems.
Moment equation, rotational motion, mass inertia.
Impulse and shock.
Oscillations: free and forced, damped and undamped.
Conceptual reasoning and problem solving in the above areas.