newton

Knewton

dyne

kip

It is defined as the amount of force that must be applied to an object with a mass of 1 kg to increase the speed of that object by 1 m / s per second.

Its unit is Newton, briefly denoted by N. It is named after Isaac Newton for his contributions to the science of physics.

With this calculation, you can cycle between dyne and modal units in addition to Newton and Kilonewton.

Dyn can also be defined as the force required to increase the speed of a 1 gram object by 1 cm per second, or the amount of force required to accelerate the speed of a 1 gram object by 1 cm / s².

While the most known force unit is newton, there are units that are multiples of newton. These units do not have attoNewton, dekaNewton, desiNewton, egzaNewton, femtoNewton, gigaNewton, hektoNewton, kiloNewton, megaNewton, microNewton, santiNewton, teraNewton, petaNewton, pikoNewton, santiNewton, teraNewton, These units are additionally used force units; known as decagram force, decigram force, gram force, kilogram force, tonal force, ounce force, pound force, dyne, joule / meter, kilopond, mode, megapond, pond, poundal, sthene

You can cycle between newton, kilonewton, dyne, and modal units using this calculation tool.

Dyne can come across even if it is not a commonly used force unit. Dyne can also be defined as the force required to increase the velocity of a 1 gram object by 1 cm per second, or the amount of force required to accelerate a 1 gram object to 1 cm / s².