__Potential Energy to Force Calculator:__

__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:__

__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:__

__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.

__Potential Energy and Conservative Forces:__

__Potential Energy and Conservative Forces:__