College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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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 #2 L = 0.77 1. Trials T₁ T₂ 77cm Measurement of the period for different masses, with constant amplitude and length T3 m₁ = Time (sec) for 10 osc. 17.86 17.64 meters 17.85 Average Period 17.78 0.1 kg Period (sec) + ° 1.786 Table 2 + 1.764 m₂ = Time (sec) for 10 osc. 17.81 17.83 17.99 A = 20° 0.2 kg + 1.785 1778 17.88 If you nearly double the mass, does T double? Period (sec) m3 = 0.3 kg Time (sec) for 10 osc. 1-781 18.09 1.783 18.29 1.799 18.11 1.788 18.16 f t Period (sec) 1.809 1.829 1.816
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Transcribed Image Text:DATA SHEET #2 L = 0.77 1. Trials T₁ T₂ 77cm Measurement of the period for different masses, with constant amplitude and length T3 m₁ = Time (sec) for 10 osc. 17.86 17.64 meters 17.85 Average Period 17.78 0.1 kg Period (sec) + ° 1.786 Table 2 + 1.764 m₂ = Time (sec) for 10 osc. 17.81 17.83 17.99 A = 20° 0.2 kg + 1.785 1778 17.88 If you nearly double the mass, does T double? Period (sec) m3 = 0.3 kg Time (sec) for 10 osc. 1-781 18.09 1.783 18.29 1.799 18.11 1.788 18.16 f t Period (sec) 1.809 1.829 1.816
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