Part I Amplitude 6. Determine how the period depends on amplitude. Measm'e the period for fire different amplitudes. Use a range of amplitudes. omjust harer enough to unblock the Photogate to about 3U". Each time. measule the amplitude using the protraetor so that the mass 1.1. 1th the string is released at a lenoun angle Repeat Step '5 tor each different amplitude. Record the data m your data table. Part II Length '1'. Use the method you learned aboi e to it\" estigate the effect of changing pendulum len 11 on the period. Use the Eilil-g mass and a consistent amplitude of 2C!\" for each trial. '9 at}: te pendulum length in steps ot 113 cm from 1. I] m to D. 50 n1. Ifyou has e room. continue to a longer length (up to\" a m]. Repeat Step 5 for each length. Record the data in the second data table below. Measure the pendulum length from the rod to the middle oi the mass. Part III Mass Use the three masses to determine if the period is affected by changing the mass. Mea period of the pendulum constructed with each mass= taking care to keep the distance 13 ring stand rod to the center of the mass the same each time, as well as keeping the am] the same. Repeat Step 5 for each mass= using an amplitude of about 2D\". Record the d your data table IiATA TABLE Part | Amplitude Amplitude Average period [\"1 [5] Average period (s) 2.5 2:039 2 1.808 1.919 1.69 1.565 1.431 1.5 Period Average period (s) 1........ Linear (Average period 0.5 (s)) 0.5 1.5 Length\f\fAverage period (s) 2.5 2.03 2.04 2.05 2.049 2.043 2 1.5 Average Period 0.5 0 0 10 15 20 25 30 AmplitudeAverage period (s) 45 4.158 3.68 3.5 3.269 2.850 2.449 2.5 2.048 Average period (s) Period 15 Linear [Average period (5)) 0.5 05 1.5 LengthAverage period (s) 2.5 2.039 2.049 2.064 2 1.5 Period 1 0.5 0 0 50 100 150 200 250 300 350 MassAverage period (s) 4.5 4.158 4 3.683 3.5 3.269 y = 4.1261x - 0.0149 2.856 2.449 2.048 Average period (s) Period .. . . ... 1.5 Linear (Average period (s)) 0.5 0 -0.5 0.5 1.5 Length