Part 1 Experiment: Vibrating String - Melde's Experiment Using the Sample String in the lab room determine the linear density of the string Sample String Part 2: Part 3: Sample Stine Length Mass 1813 0.453 1812 0.452 1813 0.451 1812 0.454 1813 0.452 Average Sample Sting Mass 0.4524 Average Sample Sting Length 18126 Linear Density of Sample Stine 0.002495862 Internodal Distance Determine the frequency from measuring the intermodal distances 17.5000 17.6000 17.6000 17.5000 17.5000 Average Intermodal Distance 17.5400 Wavelength 35.0800 Frequency f 126 3072 Seine Tension. T 49000 Determine the frequency from the changing of the tension on the string Length of String on the Apparatus 126.0000 measured from oscillator to top of pulley n Total Mass V 1/n 35 50.0000 7.0711 0.2857 25 100.0000 10.0000 0.4000 15 300.0000 17.3205 0.6667 10 700.0000 26.4575 1.0000 1200 63 65 1000 66 67 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 04000 0200 Mass by 1/n 0000 DDDD SDIDO 11.00 15.000 11.00 2.00 1.111 Predictions from Graph and Actual Mass comparison Slope of Line from graph 0.0367 Forn 2.0. mass = 156 2500 Frequency.f calculated from clope of line 135 0.4 Forn 3.0. mass = 54.7600 Forn 2.0, actual mass = | 164.4265 Forn 3.0, actual mass = 68 5843 v=0.0367x+0.0294