Gravity Force
Spring Force
Velocity
Acceleration
LIVE OSCILLATION GRAPH
LAB DATA (REAL-TIME)
DISPLACEMENT
0.00 m
VELOCITY
0.00 m/s
ACCELERATION
0.00 m/s²
SPRING FORCE
0.00 N
PERIOD (T)
0.00 s
TOTAL ENERGY
0.00 J

Physics Configuration

Gravity Environment
Custom Mass Value 0.5 kg
Spring 1 Strength 8 N/m
Spring 2 Strength 8 N/m
Damping (Friction)

Mass Inventory

⚖️
50g
⚖️
100g
⚖️
250g
⚖️
500g
⚖️
1.0kg
❓
Mystery
⚙️
Custom

Lab Interaction

Reference Lines

Energy Distribution

KINETIC (K)
SPRING (U)
TOTAL (E)

Physics Equations

Fspring = -kx
Hooke's Law calculates the restorative force.
T = 2π√(m/k)
Theoretical period of one oscillation.
xeq = mg/k
Equilibrium position where gravity matches spring force.