PHYS-101(g): General physics : mechanics

Lectures in this course (59)

Explores force work, kinetic energy, and momentum in physics, emphasizing friction and momentum conservation.

Explores friction forces, laws of friction, and energy conservation principles.

Explores the physics of rolling a cube, analyzing forces, equilibrium, and inertia.

Explores conservative forces, potential energy, and total mechanical energy conservation in various examples.

Covers free fall motion, energy conservation, and motion analysis in potential fields.

Explores potential energy, equilibrium points, and oscillations in mechanics.

Explores harmonic oscillations, equilibrium stability, and wire winding around a cylinder.

Explores a problem of a ball winding around a cylinder, emphasizing coordinate system selection.

Covers conservation of angular momentum, gravitational fields, Kepler's movements, and Newton's law of gravity.

Covers gravitational fields, mass distribution, superposition theorem, universal attraction, potential energy, and experimental verifications.

Explores conservation laws in central motion, showcasing how energy levels affect orbits.

Covers equilibrium conditions, conservation laws, shocks, collisions, and center of mass principles.

Covers the calculation of speed and work using the conservation of energy principle.

Explores center of mass calculations, reference frames, and Newton's laws.

Focuses on defining systems, reference frames, and types of forces in mechanics.

Explores the two-body problem, center of mass, momentum conservation, and collisions.

Analyzes kinetic energy variations in a projection scenario and discusses exo-energetic concepts and inelastic shocks.

Explores conservation laws in collisions and rocket dynamics with variable mass systems.

Covers moment of inertia, constraints, equations of motion, and solid body rotation.

Page 3 of 3