Storyboard

There are different types of oscillators, with the most studied being the spring oscillator and the pendulum. Both are fundamental for understanding key aspects of human movement, such as walking.



On one hand, muscles can behave similarly to a spring, storing and releasing elastic energy during movement. On the other hand, when we walk, certain systems in the bodysuch as the armsact as compensatory oscillators, swinging at the same frequency as our steps to maintain balance and optimize movement dynamics.



In the case of the pendulum, two types are distinguished: the mathematical pendulum, which models the oscillation of a point mass suspended from a massless string, and the physical pendulum, which takes into account the distribution of mass and the geometry of the real object.

>Model

ID:(51, 'ky')

Description

There are different types of oscillators, with the most studied being the spring oscillator and the pendulum. Both are fundamental for understanding key aspects of human movement, such as walking. On one hand, muscles can behave similarly to a spring, storing and releasing elastic energy during movement. On the other hand, when we walk, certain systems in the bodysuch as the armsact as compensatory oscillators, swinging at the same frequency as our steps to maintain balance and optimize movement dynamics. In the case of the pendulum, two types are distinguished: the mathematical pendulum, which models the oscillation of a point mass suspended from a massless string, and the physical pendulum, which takes into account the distribution of mass and the geometry of the real object.

ID:(51, 0)