Distance sensor
Wireless distance sensor: graphs of coordinates, speed and acceleration for six activities on kinematics and vibrations.
A wireless sensor tracks the position of a moving body and plots coordinates, speed and acceleration versus time in a digital laboratory system. It supports six experiments: studying uniform and uniformly accelerated motion using graphs, studying the movement of a cart on an inclined plane, recording oscillations of a spring oscillator and a simple pendulum, determining instantaneous speed and acceleration as derivatives of displacement, studying elastic and inelastic collisions of carts, observing damped oscillations and determining their period. The sensor is intended for activities on mechanics in a physics course.
- Study of uniform and uniformly accelerated motion using graphs of coordinates, velocity and acceleration
- Study of the movement of a trolley on an inclined plane
- Recording oscillations of a spring oscillator and a simple pendulum: graph x(t)
- Determination of instantaneous speed and acceleration as derivatives of displacement
- Study of elastic and inelastic collisions of carts by changes in coordinates
- Observation of damped oscillations and determination of their period
Other sets in the section "Digital laboratories»
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Digital applied physics laboratory
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PH3.200
Teacher's digital physics laboratory
Set of 28 digital sensors for physics: mechanics, electricity and magnetism, thermodynamics, optics, acoustics and ionising radiation.
CH3.101
Teacher's digital chemistry laboratory
Set of 26 digital sensors for chemistry: pH and ORP, gas analysis, electrical conductivity, ion-selective measurements, absorbance, titration.
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