Newton's mechanics

Lectures in this MOOC (24)

Introduces Newtonian mechanics, explaining mass, inertia, forces, and motion principles.

Explores the ballistic trajectory of an object with friction and its asymptotic behavior affected by velocity increase.

Explains unit vectors, vector projections, and cross products in mechanics.

Explores experimental analysis of harmonic oscillators, including spring behavior, pendulum frequency, and damping effects.

Delves into experiments on elastic collisions, double pendulum behavior, and chaotic movements in Newtonian mechanics.

Covers rectilinear movement, hourly equations, and differential equations with initial conditions.

Covers the damped harmonic oscillator, force model, equations of motion, and solutions.

Explores derivatives in a mechanical context, focusing on speed and interpretation.

Covers experiments related to ballistics and material points collision.

Explains uniform circular motion, scalar angular velocity, and centripetal acceleration.

Covers the definition of a material point, trajectory, vector speed, and acceleration.

Delves into Newton's classical mechanics and philosophy of nature, focusing on the concept of physical objects as particles with specific properties.

Explores uniformly accelerated rectilinear motion and the equality of times with and without acceleration.

Explains internal forces, Newton's third law, and conservation of momentum in mechanics.

Discusses experiments on ballistics with friction and the impact of different mediums on falling objects.

Explores the historical works of Galileo and Newton in the field of mechanics.

Covers the harmonic oscillator equations and integration process to determine initial conditions.

Explores the historical perspective and key concepts of mechanics within Polytechnic University's curriculum.

Explores circular motion, harmonic oscillation, and the relationship between them.

Explores ultrafast experiments to study material responses to light excitation.

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