Question 1. If you nearly double the mass does T double ?Also does your data show evidence that the size of the mass affects the period of the motion Significantly? DATA SHEET #2L = 0.771.TrialsT₁T₂77cmMeasurement of the period for different masses, with constant amplitude andlengthT3m₁ =Time (sec)for 10 osc.17.8617.64meters17.85AveragePeriod 17.780.1 kgPeriod(sec)+° 1.786Table 2+ 1.764m₂ =Time (sec)for 10 osc.17.8117.8317.99A = 20°0.2 kg+1.7851778 17.88If you nearly double the mass, does T double?Period(sec)m3 = 0.3 kgTime (sec)for 10 osc.1-781 18.091.783 18.291.799 18.111.788 18.16ftPeriod(sec)1.8091.8291.816

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Description: Question 1. If you nearly double the mass does T double ?Also does your data show evidence that the size of the mass affects the period of the motion Significantly? DATA SHEET #2L = 0.771.TrialsT₁T₂77cmMeasurement of the period for different masses,

for mass=0.1 kg, T=1.778 s for mass=0.2 kg, T=1.788 s for mass=0.3 kg, T=1.816 s

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If you nearly double the mass does T double ? Also does your data show evidence that the size of the mass affects the period of the motion Significantly?

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter16: Oscillations

Section: Chapter Questions

Problem 28PQ: We do not need the analogy in Equation 16.30 to write expressions for the translational displacement...

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