Hooke's Law Calculators

➔ Calculate Force
➔ Calculate Spring Constant
➔ Calculate Distance from Equilibrium
➔ Calculate Spring Equilibrium Position

Calculate Force

F = -K x (X - X0)
F = Force      K = Spring Constant
X = Distance from Equilibrium      X0 = Spring Equilibrium Position
Spring Constant:
Distance from Equilibrium:
Spring Equilibrium Position:
Force:
Newton

Calculate Spring Constant


K = Spring Constant      F = Force
X = Distance from Equilibrium      X0 = Spring Equilibrium Position
Force:
Distance from Equilibrium:
Spring Equilibrium Position:
Spring Constant:
Newton/Meter

Calculate Distance from Equilibrium


X = Distance from Equilibrium      X0 = Spring Equilibrium Position
K = Spring Constant      F = Force
Spring Equilibrium Position:
Force:
Spring Constant:
Distance from Equilibrium:
Meter

Calculate Spring Equilibrium Position


X0 = Spring Equilibrium Position      X = Distance from Equilibrium
K = Spring Constant      F = Force
Force:
Spring Constant:
Distance from Equilibrium:
Spring Equilibrium Position:
Meter

Hooke's Law describes the relationship between the force F applied to a spring and the displacement x it experiences from its equilibrium position. It is mathematically expressed as:

F=−k⋅x

Where:

  • F is the force applied to the spring (in newtons, N),
  • k is the spring constant (in N/m),
  • x is the displacement of the spring from its equilibrium position (in meters).

If you're looking for a Hooke's Law calculator, here are some ways it might be used:

1. Calculating Force (F):

If you know the spring constant k and the displacement x, you can calculate the force:

F=k⋅x

2. Calculating Spring Constant (k):

If you know the force F applied to the spring and the displacement x, you can calculate the spring constant:

k=F/x

3. Calculating Displacement (x):

If you know the force F applied and the spring constant k, you can calculate the displacement:

x=F/k