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Q: What do you measure when determining weight that you don't measure when determining mass?

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Not a single body is present in this universe without mass but they can be weight less.By definition, mass is the measure of the inertia of a body, so if the body were without mass (as some particles, for example), it would have no inertia.

visual weight

all i know is that it is 45-50 grams in weight. not mass

A scale with a gm mode is probably referring to "grains."In metric, grain (gn) is equal to 50 MICROgrams (mg).In Imperial/British/Standard: The term dates back to the early British (aka Imperial) system of weights and measures where grain was used as the basis of all weights and was, therefore, the smallest of all weights in this system.1 grain = 1/7,000 of a pound (lb), or about 0.0646 gramsIn mass, gm is sometimes used to indicate grams, though g is more common (and correct). Weight is not a measure of mass but a measure of the effect of gravity on a mass, so in this case, it would not actually be a measurement of weight.

1 L of H20 has a mass of 1 kg

Related questions

a scale

weight and mass measures the volume

No, it is a measure of weight, there is a difference (Mass is mass, weight is the force exerted by your mass being pulled down by gravity)

mass-weight it

Weight is the term for the mass times the acceleration. To measure that, you multiply the mass times the acceleration

Weight is the term for the mass times the acceleration. To measure that, you multiply the mass times the acceleration

Weight is a measure of the action of gravity on a mass.

To measure weight, a scale. To measure mass, a balance.

does a pan balance measure weight

mass and weight are closely related because mass affects the weight of an object experiencing the effects of gravity. Weight is the measure of the force of gravity on an object's mass, while mass is the measure of how much matter there is in an object.

I use beam balance to measure mass and spring balance for weight

Mass is a measure of matter, weight is a measure of force. Weight = mass x acceleration. In our case the acceleration is gravity, 9.8 m/s^2.

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