Potential Energy to Force Calculator:
Enter the values of potential energy potential energy PE(Joules) & distance d(m) to determine the value of potential energy to force F(Newton).
Potential Energy to Force Formula:
The potential energy to force F(Newton) in Newton is equal to the potential energy PE(Joules) in joules into divided by the distance d(m) in meter.
The formula of potential energy to force can be writtern as,
F(Newton) = PE(Joules) / d(m)
Here,
F(Newton) = potential energy to force in Newton
PE(Joules) = potential energy in joules
d(m) = distance in meter
Calculation for Potential Energy to Force:
1)To find the potential energy to force and potential energy 500joules and distance 2m.
Answer
F = PE / d
F = 500 / 2
F = 250N.
2)To find the distance and potential energy to force 100N and potential energy 500joules.
Answer
F = PE / d
100 = 500 / d
d = 5m.