# Force-Acceleration relationship

`\vec(F) = m * \vec(a)`

Newton's second law applied to an object of mass m subjected to constant force `\vec(F)` and acceleration `\vec(a)`.

Newton's second law applied to an object of mass m subjected to constant force `\vec(F)` and acceleration `\vec(a)`.

Enter 'x' in the field to be calculated.Enter 'x' in the field to be calculated.

## Newton's Second Law

Newton's second law expresses the relationship between force, mass and acceleration with the following formula,

`\vec(F) = m * \vec(a)`

When an object of mass m is subjected to a constant force in direction and intensity then it accelerates in the same direction with an acceleration equal to the intensity of the force divided by its mass.

## See also

Acceleration from speed calculator

Acceleration from position calculator

Unit Converters