Standard syllabus
Dynamics · Undergraduate · Engineering
Topics
Kinematics of particles
- Rectilinear motion: position, velocity, and acceleration
- Curvilinear motion in Cartesian coordinates
- Normal-tangential (n-t) kinematic components
- Polar coordinates for circular and general plane motion
- Relative motion: translating and rotating reference frames
- Constrained motion along paths and guides
- Motion diagrams and graphical interpretation
- Differentiation and integration of kinematic relationships
- Projectile motion with drag neglected (standard model)
- Angular kinematics: θ, ω, α for rotating bodies
Kinetics and energy methods
- Newton's second law for particles in inertial frames
- Equations of motion in rectangular, n-t, and polar forms
- Work of a force and the work-energy principle
- Kinetic energy and power for particles and systems
- Conservative forces and potential energy
- Conservation of mechanical energy applications
- Principle of impulse and momentum for particles
- Direct and oblique central impact of particles
- Coefficient of restitution and impact problems
- Systems of particles: center of mass motion
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