Wright State University

PHY 101

Part 1: Original Mass Finding the "Known" acceleration due Determine the mass of the iOLab to gravity (m/s2) Angular Frequency two different ways Force (weight) of iOLab (N) Mass of iOLab (Kg) Part 2: Added Mass Finding the "New" acceleration due Determine the mass of the iOLab to gravity (m/s2) Angular Frequency two different ways Force (weight) of iOLab (N) Mass of iOLab (Kg) Part 3: Add More Mass Finding the "New" acceleration due Determine the More mass to gravity (m/s2) Angular Frequency of the iOLab two different ways Force (weight) of iOLab (N) Mass of iOLab (Kg) Angular Angular Frequency, ω Frequency, Warning: Do not add so much mass that it damages the spring. Over stretching the spring will cause it to be permanently deformed. A small added mass will be fine. Time Between First 5 Peaks Period of FFT Oscillation, T Peak Frequency Angular Angular Frequency, ω Frequency, Oscillation, T Peak Frequency will cause it to be permanently deformed. A small added mass will be fine. Warning: Do not add so much mass that it damages the spring. Over stretching the spring Oscillation, T Angular Frequency, ω Time Between First 5 P