2 O4 Lab 3: Simple Harmonic Motion (SHM) Lab Objectives: To learn about the concepts of period ofoscillation To practice graphing and using a spreadsheet program Set up: The setup for this lab is shown below. Wm. tum-4 \"Wu-W...\" l l|||||||L||_ |||l|||||I|L J | It, Equation: Time period, T=T0ml time/5V0. of oscillations Experiment: Hang at least 5 values of suspended masses to the spring. For each mass, measure the time period. Simulation Web link: https:/'phetxolorado.edulenisirnulatiun/masses-and-spring Total suspended mass Total time No. of oscillations Time period, T (kg) (See) ( See) 50g = 0.05 kg 100g = 0.1 kg 150 = 0.15 k 200g = 0.2 kg 250): = 0.25 kg Period of mass oscillating on a spring: Results: 1. What is the average time period of the spring due to periodic motion? Give your answer in second. 2. After nishing your experiment, observe your data for Trial- 1 , Trial 2, Trial -3, Trial -4, and Trial -5 and then explain in briefhow the time period depends on the suspended mass (discuss the relationship in between time period and mass)