__Spring Force Calculator:__

__Spring Force Calculator:__

Enter the values of spring constant, k_{(N/m)} and displacement of the spring, x_{(m)} to determine the value of spring force, F_{s(N)}.

__Spring Force Calculator:__

__Spring Force Calculator:__

Spring force, often represented as, is the force exerted by a compressed or stretched spring onto any object that is attached to it. The force exerted by a spring is proportional to its displacement.

Spring force, F_{s(N)} in Newton is equated by the product of spring constant, k_{(N/m)} in Newton per metre and displacement of the spring, x_{(m)} in metres.

Spring force, F_{s(N)} = k_{(N/m)} * x_{(m)}

F_{s(N)} = spring force in Newton, N.

k_{(N/m)} = spring constant in Newton per metre, N/m.

x_{(m)} = displacement of the spring in metre, m.

__Spring Force Calculation:__

__Spring Force Calculation:__

- A spring with a spring constant 300N/m is compressed by 0.02 metres. Calculate the force exerted by the spring.

Given: k_{(N/m)} = 300N/m, x_{(m)} = 0.02m.

Spring force, F_{s(N)} = k_{(N/m)} * x_{(m)}

F_{s(N)} = 300 * 0.02

F_{s(N)} = 6N.

- A spring exerts a force of 10 Newtons (N) when it is stretched by 0.25 metres (m). Calculate the spring constant k.

Given: F_{s(N)} = 10N, x_{(m)} = 0.25m.

Spring force, F_{s(N)} = k_{(N/m)} * x_{(m)}

k_{(N/m)} = F_{s(N)} / x_{(m)}

k_{(N/m)} = 10 / 0.25

k_{(N/m)} = 40N/m.