1 kgf is how many newton
0.45 kgf
no difference, the newton first law is also called law of inertia
NEWTON!!!!
Force. Its SI unit is Newton (N). It is also measured in dyne (C.G.S. system). Also in kgf and gf where kgf=Unit of force in N/9.8 and gf=Unit of force in dyne/9.8.
I interpret " kgf " to mean "kilogram-foot". As such, it's a bogus unit that I'm pretty certain would never be encountered, since it mixes two different systems of units, and uses a unit of mass in place of a unit of force. But then, if the question made sense, then anyone could answer it. It is only nonsense questions like this one that require the 'Special High-Intensity Talent'® available here on WikiAnswers. In place of 'kg', we'll substitute its weight on Earth in Newtons ... 9.8 . 1 kgf = (9.8 newton-foot) (meter/3.28084 ft) = 2.987 newton-meter
0.45 kgf
no difference, the newton first law is also called law of inertia
Not newton, Nl used for normal liter
There is no difference. They are the same.
NEWTON!!!!
Newton- Sir Isaac Newton newton- a unit of measure units of measure are not capitalised, though their abbreviations may be: one newton = 1 N, one pascal = 1 Pa
Force. Its SI unit is Newton (N). It is also measured in dyne (C.G.S. system). Also in kgf and gf where kgf=Unit of force in N/9.8 and gf=Unit of force in dyne/9.8.
KGF Academy was created in 2011.
daNM stands for deca or deka Newton-meter which basically means "ten Newton-meter"
I interpret " kgf " to mean "kilogram-foot". As such, it's a bogus unit that I'm pretty certain would never be encountered, since it mixes two different systems of units, and uses a unit of mass in place of a unit of force. But then, if the question made sense, then anyone could answer it. It is only nonsense questions like this one that require the 'Special High-Intensity Talent'® available here on WikiAnswers. In place of 'kg', we'll substitute its weight on Earth in Newtons ... 9.8 . 1 kgf = (9.8 newton-foot) (meter/3.28084 ft) = 2.987 newton-meter
Biprism produce straight fringe systems while Newton's rings are circular fringe patterns.
On earth, one kg of mass weighs 9.8 newtons. In other places, the number is different. The kg is a unit of mass, never properly of force.