"Kilogram" is not a unit of weight. It's the unit of "mass" ... the amount of "stuff" of which an object is composed. Neglecting any relativistic effects, the mass of an object doesn't change, regardless of what planet or what moon it may be on, or whether it's in a spacecraft on its way somewhere. The mass in "kilograms" is constant. If you compare it to a known mass, using a balance scale, the comparison is always the same.
But the "weight" of a mass depends on what else is around, i.e. what it's being attracted to on account of gravity. The mass doesn't change, but its weight does ... it's more on earth, less on the moon, incredibly high on Jupiter or on the sun, and zero in space.
Yy
i dont know
The weight as measured by a spring balance (registers weight by how far a spring is stretched). If the article is in water, etc, the registered weight will be less than the article's true weight.
The triple beam balance was invented by Friedrich Ludwig Jahn. It is a beam balance that registers mass
Mass being matter contained in a body is usually measured by beam balance or physical balance whereas weight is measured by a spring balance for it depends on gravitational pull of a particular place and can be zero.
A balance.
weighing balance
Any object can be measured in mass weirdo...
You use it like a normal balance scale (turn the knob to the appropriate dials), except it is measured in grams, kilograms, etc., instead of ounces and pounds.
Mass can either be measured in grams, kilograms, pounds But the SI unit of mass is kilograms
you have to u measure it with a triple beam balance
No; astronauts have a negative nitrogen balance.
Mass is measured with a Triple Beam Balance. Yes it is.
The weight as measured by a spring balance (registers weight by how far a spring is stretched). If the article is in water, etc, the registered weight will be less than the article's true weight.
The triple beam balance was invented by Friedrich Ludwig Jahn. It is a beam balance that registers mass
Weight is measured with different types of balances; in the SI system the unit is kilogram (also used multiples).AnswerUnfortunately, the original answer is incorrect.'Weight' is a force due to gravity and, therefore, is measured in newtons in SI . Weight is measured using a spring balance, calibrated in newtons. Because weight is affected by gravity, an object of given mass will have a different weight, according to where it is measured.'Mass', on the other hand, is measured in kilograms in SI. Mass is measured by comparing an object of unknown mass with a known mass, using a scales balance. A scales balance cancels out the effect of gravity.
Scale or balance
A scale or a balance
Mass is measured against a standard by using an instrument called a balance.