On earth, the object's mass is 453.6 kilograms with a force of about 4448.5 Newtons.
An object that weighs 50 pounds at standard conditions has a mass of 22.680 kilograms.
if you are given the mass of an object in pounds
54.43kg
An object with 3 kg of mass weighs 29.421 newtons (6.614 pounds) on Earth, and 4.869 newtons (1.095 pounds) on the Moon. (all rounded)
276 kilograms = 608.5 (608.475844) pounds.
The value sought may be a "tonne" or "metric ton" (1000 kilograms or about 2204.6 pounds).
6 pounds
1000kg. Mass is an inherent property of an object. It is not affected by where the object is.
to weigh 1000 newtons the object would have to weigh the equivalent of 100kg Comes from F = ma Force = 1000 newtons = mass x acceleration acceleration = gravity = 10 m/s^2 So Force/acc. = mass = 100 kg
An object that weighs 50 pounds at standard conditions has a mass of 22.680 kilograms.
if you are given the mass of an object in pounds
A pound is a measure of mass, not weight so an object cannot weigh 115 pounds. Assuming that you meant the object weighed 115 poundals, the answer is 1.62 kilograms.
54.43kg
An object with 3 kg of mass weighs 29.421 newtons (6.614 pounds) on Earth, and 4.869 newtons (1.095 pounds) on the Moon. (all rounded)
The weight is a force and should be called 'poundsforce'. To get mass, in pounds, divide by 32.2
The mass or, to be less precise, the weight. Weight depends on gravity and is properly measured in kilograms-force, or pounds-force, although we generally do not make the distinction. However mass does not depend on gravity and is measured in kilograms or pounds. Unless you are being really accurate, or are on another planet, the two numbers are the same. If a car weighs 1000 kgf on the surface of the Earth, then it has a mass of 1000 kg.
97 kilograms = 213.85 (213.848394) pounds.