Mechanical Waves
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1.0for iPhone, iPad
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Mechanical Waves 스크린 샷
About Mechanical Waves
Virtual Lab: Mechanical Waves
PURPOSE: Simulation performance of laboratory works on general physics.
OBJECTIVE: Investigate standing waves along a taut rope.
SUMMARY: Some examples of where mechanical waves arise include a stretched coil spring, where the waves are longitudinal, or a taut rope where the waves are transverse. In either case, standing waves will be set up if one end of the carrier medium is fixed. This is because the incoming wave and the wave reflected at the fixed end have the same amplitude and are superimposed on one another. If the other end is also fixed, the only way that waves can propagate is if resonance conditions are met. In this experiment the rope are fixed at one end. The other end, a distance L from the fixed point, is fixed to a vibration generator, which uses a function generator to drive small-amplitude oscillations of variable frequency f. This end can also be regarded as a fixed point to a good approximation. The intrinsic frequency of the vibration will be measured as a function of the number of nodes in the standing wave. The speed of propagation of the wave can then be calculated from this data.
Official web-site: http://www.virtlabs.tech
Yotube video: https://youtu.be/ViP8HEivWuo
Free online-version (HTML5):http://virtlabs.tech/apps/mechanics/29_demo/simulator.html
This demo application in which there are signatures FREE
PURPOSE: Simulation performance of laboratory works on general physics.
OBJECTIVE: Investigate standing waves along a taut rope.
SUMMARY: Some examples of where mechanical waves arise include a stretched coil spring, where the waves are longitudinal, or a taut rope where the waves are transverse. In either case, standing waves will be set up if one end of the carrier medium is fixed. This is because the incoming wave and the wave reflected at the fixed end have the same amplitude and are superimposed on one another. If the other end is also fixed, the only way that waves can propagate is if resonance conditions are met. In this experiment the rope are fixed at one end. The other end, a distance L from the fixed point, is fixed to a vibration generator, which uses a function generator to drive small-amplitude oscillations of variable frequency f. This end can also be regarded as a fixed point to a good approximation. The intrinsic frequency of the vibration will be measured as a function of the number of nodes in the standing wave. The speed of propagation of the wave can then be calculated from this data.
Official web-site: http://www.virtlabs.tech
Yotube video: https://youtu.be/ViP8HEivWuo
Free online-version (HTML5):http://virtlabs.tech/apps/mechanics/29_demo/simulator.html
This demo application in which there are signatures FREE
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최신 버전 1.0의 새로운 기능
Last updated on Jul 23, 2018
Version History
1.0
Jul 23, 2018
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