1. How does your theoretical value for oscillation compare to the measured value of the period of oscillation?2. When the position of the mass is farthest from equilibrium, what is its velocity?3. When the magnitude of the mass's velocity is greatest, where is the mass relative to the equilibrium position? 4! 5Data Table 1: Determination of kForce vs. weighty = 32.087xR2 = 0.9999! 62.5x (m)Force (N)7m (kg)I 82I 90.050.0150.49051.5100.10.0310.981i 110.20.0611.9621| 120.513k (N/m)32.087! 14Data Table 2: Determination of T150.020.040.060.08I 16I 17PeakTime (s)Period (s)1810.200I 1920.5000.300| 2030.9000.4002141.2500.350| 2251.6000.350Ttheo| 231.9500.350k: 2472.3500.400: 2582.7000.350|Ttheo-Tmean|% Differencex 100%: 26: 27Tmean (s)Ttheo0.357: 2829Ttheo (s)0.3507m oscillating (kg)0.1! 30! 31% Diff (s)1.7932

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