Simple Harmonic Motion Lab
Explore oscillations through interactive simulation.
Controls
1.00
1.0 Hz
Velocity (v)
Acceleration (a)
Displacement (x)
Analytics
Displacement
— m
Velocity
— m/s
Acceleration
— m/s²
Frequency
— Hz
Period
— s
Angular Freq.
— rad/s
Total Energy
— J
Solver
Select a quantity and enter values, then click Solve.
Concept Check
What happens to the period when frequency increases?
In SHM, acceleration always points toward:
Challenge Mode
Challenge 1: Given frequency = 2 Hz, calculate the period (s).
Challenge 2: Given mass = 2 kg and spring constant = 50 N/m, calculate the period (s). Use T = 2π√(m/k).
Explain Motion
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