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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.
T=2π√L/g
T=2π√L/g
L = .01299
G = 9.8 m/s^2
Estimate: 0.5659495348
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.
T=π√ITotal/Mrg
T=π√ITotal/Mrg
Itotal = .818908047
Mr = 9.06404681
G=98m/s^2
Estimate: 0.6033167977
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.
baby gradon workingmodel video.aviestimate: 0.6875
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