Analyzes oscillatory motion (like a mass on a spring) calculating frequency, period, displacement, velocity, and acceleration.
Start with your values, or try a preset.
Enter Amplitude (A), Angular Frequency (ω), Time (t), and Phase Constant (φ) in the units shown.
Read Acceleration (a), Velocity (v), Displacement (x), Frequency (f), and Period (T) in the results panel. Results update as you change the inputs.
Choose a preset to load an example, then adjust the values for your situation.
See the inputs and their calculated results.
Amplitude (A): 0.1 m; Angular Frequency (ω): 2 rad/s; Time (t): 0.5 s; Phase Constant (φ): 0 rad
Acceleration (a): -0.2161209223 m/s²; Velocity (v): -0.168294197 m/s; Displacement (x): 0.05403023059 m; Frequency (f): 0.318310155 Hz; Period (T): 3.14159 s
Amplitude (A): 0.2 m; Angular Frequency (ω): 3 rad/s; Time (t): 1 s; Phase Constant (φ): 0.5 rad
Acceleration (a): 1.685622037 m/s²; Velocity (v): 0.2104699366 m/s; Displacement (x): -0.1872913375 m; Frequency (f): 0.4774652326 Hz; Period (T): 2.094393333 s
Amplitude (A): 0.15 m; Angular Frequency (ω): 4 rad/s; Time (t): 0.25 s; Phase Constant (φ): 0.2 rad
Acceleration (a): -0.8696586107 m/s²; Velocity (v): -0.5592234516 m/s; Displacement (x): 0.05435366317 m; Frequency (f): 0.6366203101 Hz; Period (T): 1.570795 s
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