Pendulum_Report

Introductory Physics Laboratory Faculty of Science, Ontario Tech University Lab Report IP-04: Oscillatory Motion of Simple Pendulum Student’s name: CRN_________ Date: November 22, 2023 Examine the Position and Velocity Graphs 24.1g Table 1 Run # m, kg L , m Δ x /2, m α 0 , rad/deg T E , s T T , s % diff 1 0.0241kg 0.710m 0.1310m 15 deg 0.85s 1.69s 49.7% 2 0.0241kg 0.710m 0.0945m 10 deg 0.75s 1.69s 55.6% 3 0.0241kg 0.710m 0.0760m 5 deg 0.85s 1.69s 49.7% 4 0.0750kg 0.710m 0.0995m 10 deg 0.85s 1.69s 49.7% 5 0.0138kg 0.710m 0.0970m 10 deg 0.85s 1.69s 49.7% 6 0.0077kg 0.710m 0.065m 10 deg 0.85s 1.69s 49.7% 7 0.0241kg 0.710m 0.0945m 10 deg 0.75 1.69s 55.6% 8 0.0241kg 1.00m 0.1065m 10 deg 0.5 2.01s 75.1% 9 0.0241kg 0.25m 0.0555m 10 deg 0.95 1.00s 5.00% Examine the Kinetic and Potential Energy Table 2 Run # v m , m/s Δ x /2, m h , m U , J K , J % diff 5 -0.995 0.0970m 0.0067m 0.000900 J 0.00681 J 153% Examine the Phase Plane Differences between run 1, 2 and 3 I found that run 3 was larger than the other runs. They all came out in similar shapes, although some had much more inconsistencies with the overlapping, that being the third trial. The shapes produced in all of the trials did not give a perfect oval/ circular shape, although it was close to those shapes. Overall the phase plane for the trials had shown very similar results, with very little differences, which includes some being larger than others. Lab Report IP-04: Oscillatory Motion of Simple Pendulum