Physics Wave

Abstract: Waves are one of the most important concepts to lay out wind in the world of physics. The purpose of this lab was to be and recognise the properties of ranges both surviveing along a large slinky and on rest waves of a sting. Overall our experiments were successful. The objectives were met. We were able to success to the richly enter our observational data and our theoretical data to limit shortsighted portion inconsistency. Objectives: The objective of this lab was to study and show the properties of waves that travel along a large slinky and also standing waves on a mountain chain. Procedure: For fraction one, we took the slinky stun into the hall stylus and stretched out to a length of 20 feet. We utilise a skip scale to measure out the slinkys focus and record our findings in Newtons. After we did that one of the pickners move a measure through the slinky which traveled all the way to the other partner. We record the time in seconds. Thi s is where we found our experimental speed. We did this procedure again, scarcely this time we spread the slinky out to 30 feet. For part IIA, the drawstring was set up on a wave generator. The wave generator creates various frequencies and amplitudes. We added 200 gibibyte weight to the hanger. We thus used the function generator to cast up frequency and find different resonances.

For part IIB we varied the tension on the string and used weights from 100 grams to 1000 grams. We accordingly found the slope. Results: destiny I: 20 feet: Texp= 3.08 Vtheory=3.29 % divergency=6.4% 30 feet: Texp= 4. 86 Vtheory= 4.73 % discrepancy= 2.7% fat! e IIA: Vexp=138.125 ?Vexp=.100572 Vtheory= 134.715 % discrepancy= 2.5% Part IIB: dip= 51.73 Slope theory= 50.62 % discrepancy= 2.2% Data Analysis: SEE link up* Discussion: For part I of 20 feet we found our percent discrepancy to be 6.4% and for 30 feet we found it to be 2.7 percent. For part IIA our percent discrepancy came to 2.5% and for part B 2.19 %. We calculated...If you want to arouse a full essay, order it on our website: BestEssayCheap.com

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