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If you go to another planet, your mass will basically remain the same, but your weight will change, depending on the gravity.For example, if you have a mass of 100 kg. (that's overweight, but it simplifies calculations!), on Earth you would weigh 980 Newton. On the Moon, with less gravity, you would weigh about 160 Newton - but your mass would still be 100 kg.
On the moon as the gravity is less you will only weigh 1/6th of your natural weight there.
if 150lbs you would weigh...
If you weigh 32 pounds on the Earth, you would weigh 5.2 pounds on the Moon.
you would weigh like your mom
I would assume Isaac Newton...
Unfortunately, you'll have to be more specific. If you are referring to a Newton meter (instrument), a high meter reading would indicate a high force or weight (not mass). Alternatively, a Newton-meter could be a Joules (a unit of work) or, if the force is applied as a rotational force, a Newton meter would be a unit of torque.
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If you go to another planet, your mass will basically remain the same, but your weight will change, depending on the gravity.For example, if you have a mass of 100 kg. (that's overweight, but it simplifies calculations!), on Earth you would weigh 980 Newton. On the Moon, with less gravity, you would weigh about 160 Newton - but your mass would still be 100 kg.
No. The mass of the US dime is 2.268 grams. On Earth, that mass weighs 0.0222 newton. (rounded) -- One pound of force is about 4.448 newtons. -- One newton is about 3.6 ounces of force. -- It would take 45 dimes to weigh 1 newton on Earth.
You either divide the giganewton by one million or one thousand. I think it's one million. so it would be a millionth of a newton, or 0.000001 N.
Idk
the 100 grams is equal to 1 newton body exerts 1 newton force to lift 100grams. -by alok
OMG! we would fall up to the sky!
"KiloNewton Meter" is a unit of energy, not distance. If you had to measure a distance,this unit would be quite useless.The basic unit of energy is one Joule, which is the same as one newton-meter. It's the energydelivered by a force of one newton pushing through a distance of one meter.1,000 of these might be labeled "One KiloNewton Meter".
To measure the size of a force you could use a joule, as it's a newton meter (ba-dump ching!). Assuming this was a serious question and not a setup for the newton meter joke, forces are generally measured using a spring scale.
sand would weigh about 1.4 tons while silt will probably be about 0.8 tons