Force sensor (dynamometer)
Wireless force sensor (dynamometer) for the digital laboratory: Newton's laws, friction and Hooke's law in six activities on mechanics.
A wireless digital dynamometer records force in real time and transmits the data to a digital laboratory system. It supports six experiments: testing Newton’s second and third laws by examining action–reaction pairs, studying static and sliding friction while recording the applied force, measuring tension and compression forces in strings and springs, testing Hooke’s law by plotting force against extension, analyzing forces in pulley systems and on an inclined plane, determining the weight of bodies. The sensor is used in laboratory activities and demonstrations on mechanics in a physics course.
- Testing Newton's Second and Third Laws: Relating Measured Force to Acceleration and Studying Action-Reaction Pairs
- Study of static and sliding friction: pulling bodies along a surface and recording the applied force
- Measurement of tension and compression forces in strings, springs and structural elements
- Investigating Hooke’s law and spring elasticity: plotting force against extension
- Analysis of forces in pulley systems and experiments on an inclined plane
- Measuring weight and investigating gravity in mechanics experiments
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