Joules to Force Calculator:
Enter the values of energy J(J) and distance d(m) to determine the value of force, F(N).
Joules to Force Formula:
This formula calculates the force exerted over a distance from energy in joules, providing insight into the mechanical work performed.
Force, F(N) in Newtons is equal to the energy J(J) in joules divided by the distance d(m) in metres.
Force, F(N) = J(J) / d(m)
F(N) = force in Newtons, N.
J(J) = energy in joules, J.
d(m) = distance in metres, m.
Joules to Force Calculation:
- A car’s brakes apply 500 Joules of energy to come to a stop over a distance of 25 metres. Calculate the force applied by the brakes.
Given: J(J) = 500J, d(m) = 25m.
Force, F(N) = J(J) / d(m)
F(N) = 500 / 25
F(N) = 20N.
- If a force of 75 Newtons is applied to move an object over a distance of 10 metres, calculate the energy in Joules.
Given: F(N) = 75N, d(m) = 10m.
Learn More: Initial Horizondal Velocity Calculator, Formula, Initial Horizondal Velocity Calculation
Force, F(N) = J(J) / d(m)
J(J) = F(N) * d(m)
J(J) = 75 * 10
J(J) = 750J.