Embedded Files
Point Mass Analysis
Point Mass Analysis
Include a diagram, equations and the numerical analysis to predict what the oscillation frequency or oscillation time is of your clock based on a point mass analysis.
Point Mass Analysis
Point Mass Analysis
Calculated the oscillation time with Point Mass Analysis: 0.596723732687 sec
WorkingModel2D Predicted Oscillation Time: 0.64285714285 sec
WorkingModel2D Predicted Oscillation Time: 0.64285714285 sec
7 waves from 1.5 sec to 6 sec
4.5/7 = 0.64285714285
Inertial Analysis
Inertial Analysis
Include a diagram, equations and the numerical analysis to predict what the oscillation frequency or oscillation time is of your clock based on inertial analysis.
Two-dimensional Simulation Analysis
Two-dimensional Simulation Analysis
Include a video with graphs produced by WM2D to predict what the oscillation frequency or oscillation time is of your clock based on a simulation of your clock pendulum.
Recorded Video
Recorded Video
This is one of 3 trials. The trials in order showed that the oscillation times are 0.67, 0.692, 0.662 seconds respectively. I measured the time using a stopwatch, conducting my own simulation at the MAE Design Studio.
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