Resonance: Standing Waves

abstract the objective of this study is to determine the speed of the propagating joggle in the cable and hence using the obtained determine usher how dissimilar tensions of the telegraph guess the speed of this wave. For this purpose the observational setup consisting of a wire refractory at wizard blockade and with a movable fixed point at the separate end, a mass bar hanging everyplace a pulley, a magnet placed at the fixed end, and a function generator (Agilent 33120A, 15MHz Function/Arbitrary wave shape Generator) connected to the wire was used. The results obtained after fitting the experimental values with divinatory curve designate the trend in step-up of the f number of the propagating wave with increase of the wire tension. 1.? installation the phenomenon of the tintinnabulation appears in many different parts of physics. In this report it is represented by the example of stand up waves. The physical system that is analyse here is a wire held fixed at its some(prenominal) ends. Generated transverse waves traveling along the wire are reflected from for each one end. As the waves bounce tail and forth from end to end, the hoo-hah of the waves with each other is usually destructive. But at trusted frequencies each reflected wave interferes constructively with the incoming wave and they conformation up into a stand wave.

At this time the phenomenon of the resonance can be sight in the form of a standing wave [1]. The remainder of this study was to determine the velocities of the propagating waves in a wire trenchant for the resonant frequencies in the wire, and then using the ob tained values show how different tensions of! the wire affect the speed of this wave. 2.?theory the resonances at which a strong standing wave appears occur when,(1)where l represents the length of the wire, is the... If you want to create a full essay, parliamentary law it on our website: BestEssayCheap.com

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