Why do we measure in Newton's?

Answer 1

The units chosen relate directly to Newton's Second Law, F=ma (force = mass x acceleration). Mass is measured in kilograms, acceleration in meters/second2, so the unit for force is naturally the product of these. This unit has been given the special name "Newton".

One newton is the force required to accelerate a mass of 1 kilogram at a rate of 1 meter/second every second.

Answer 2

Newton is a measure of force. Why do we measure force in Newtons, as opposed to some other units? Well, for the same reason we use meters for length, and kilograms for mass - it is the international standard. By the way, using SI units consistently reduces the need of conversion factors in formulae. For example, in Newton's law, F = ma, if the mass is expressed in kilograms, and the acceleration in meters per second square, the force will automatically be in Newtons.

Newton is a measure of force. Why do we measure force in Newtons, as opposed to some other units? Well, for the same reason we use meters for length, and kilograms for mass - it is the international standard. By the way, using SI units consistently reduces the need of conversion factors in formulae. For example, in Newton's law, F = ma, if the mass is expressed in kilograms, and the acceleration in meters per second square, the force will automatically be in Newtons.

Newton is a measure of force. Why do we measure force in Newtons, as opposed to some other units? Well, for the same reason we use meters for length, and kilograms for mass - it is the international standard. By the way, using SI units consistently reduces the need of conversion factors in formulae. For example, in Newton's law, F = ma, if the mass is expressed in kilograms, and the acceleration in meters per second square, the force will automatically be in Newtons.

Newton is a measure of force. Why do we measure force in Newtons, as opposed to some other units? Well, for the same reason we use meters for length, and kilograms for mass - it is the international standard. By the way, using SI units consistently reduces the need of conversion factors in formulae. For example, in Newton's law, F = ma, if the mass is expressed in kilograms, and the acceleration in meters per second square, the force will automatically be in Newtons.

Answer 3

Force = (mass)*(acceleration) kg m/s2

Weight = (mass)*(acceleration due to gravity) kg m/s2

So, both quantities have same M.K.S. units.

In S.I. units both of them named as newton.

Answer 4

The two primary units for measuring force in the SI (Metric) System are newtons and dynes.

1 newton = 1 kg·m/s⁲

1 dyne = 1 g·cm/s⁲

Thus, 1 newton = 10⁵ dyne

The newton is the more practical unit for most everyday purposes.

Answer 5

Newton is a measure of force. Why do we measure force in Newtons, as opposed to some other units? Well, for the same reason we use meters for length, and kilograms for mass - it is the international standard. By the way, using SI units consistently reduces the need of conversion factors in formulae. For example, in Newton's law, F = ma, if the mass is expressed in kilograms, and the acceleration in meters per second square, the force will automatically be in Newtons.

Answer 6

Several units have been used to measure force. In the SI, the newton has probably been used because it ties in neatly with Newton's Second Law, force = mass x acceleration. The unit, newton, is precisely defined as the product of a mass and an acceleration.

Answer 7

Any force can be measured in newtons. and also in inches,miles,mm,cm,km and ect

Answer 8

We don't. Force is measured in Newtons.

Answer 9

kid answer