Oscillation set, MH analyzer with ultrasonic sensor, for interface

Function

Intended for experimental study, physics laboratory, and the performance of physics experiments on: Oscillations. The mass-spring system (MHS) in a helical coil. The differential equation of the MHS of a mass oscillating suspended on a spring. The relationship that allows determining the spring constant, through the dynamic process. The principle of energy conservation in a system of a mass oscillating suspended on a spring. The work done by the deforming force and the stored energy. Determining the period, frequency, pulse, velocity at a point, and the equation of the harmonic motion being executed. Damped harmonic motion in a mass-spring system with a 1-resistance disc coupled. Damped harmonic motion, damped oscillations. The analysis of damped harmonic motion. Logarithmic decrease. The damping constant of the mass, spring and disk 1 system. Determination of the damping constant of the mass, spring and disk 1 system. The curve of the damped, underdamped motion of the mass, spring and disk 1 system. The damped harmonic motion in a helical mass and spring system with disk 2, which resists motion, coupled. The damping constant of the mass, spring and disk 2 system. Determination of the damping constant of the mass, spring, and disk 2 system. The curve of the damped motion of the mass, spring, and disk 2 system, etc. Note: Does not include interface.