Acceleration sensor
Wireless acceleration sensor: free fall, pendulums, g-forces and weightlessness in six activities on mechanics.
A wireless sensor records the acceleration of a moving body and transmits the data to a digital laboratory system. It supports six experiments: measuring the acceleration of free fall and checking the independence of g from mass, studying the movement of a cart on an inclined plane at different angles, studying acceleration in the oscillations of a spring oscillator and a simple pendulum, demonstrating centripetal acceleration when moving in a circle, testing Newton’s second law, studying g-forces and the state of weightlessness when lifting and falling a load. The sensor is intended for laboratory work on mechanics.
- Measuring the gravitational acceleration and checking the independence of g from body mass
- Study of the movement of a cart on an inclined plane: the relationship between acceleration and inclination angle
- Studying oscillations of a spring oscillator and a simple pendulum: acceleration at the extreme and middle positions
- Demonstration of centripetal acceleration during uniform circular motion
- Checking Newton's second law: dependence of acceleration on force and body mass
- Investigating g-forces and weightlessness as a load rises and falls
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