Question

От какой величины и как зависит период колебаний пружинного маятника?

Answer 1

Чем больше жесткость пружины, тем меньше период колебаний маятника.

Период колебаний пружинного маятника может быть вычислен по следующей формуле:

,

где  — масса груза,  — жёсткость пружины.

Период колебаний связан соотношением взаимной обратности с частотой 

Answer 2

Period of a Spring Pendulum

The period of a spring pendulum depends on the following factors:

1. Mass of the Object: - The period of a spring pendulum is directly proportional to the square root of the mass of the object attached to the spring. - As the mass increases, the period of oscillation also increases. - Source:.

2. Spring Constant: - The period of a spring pendulum is inversely proportional to the square root of the spring constant. - A higher spring constant results in a shorter period of oscillation. - Source:.

3. Amplitude of Oscillation: - The period of a spring pendulum is independent of the amplitude of oscillation. - Source:.

4. Gravitational Acceleration: - The period of a spring pendulum is independent of the gravitational acceleration. - Source:.

5. Damping: - Damping can affect the period of a spring pendulum, but in ideal conditions (no damping), it does not affect the period. - Source:.

In summary, the period of a spring pendulum depends on the mass of the object and the spring constant, while being independent of the amplitude of oscillation and gravitational acceleration. Damping can also affect the period in real-world scenarios.