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