Hmmm... technically false. Density is mass/volume - it is an intrinsic property. Weight is subjective to the force of gravity, while density is not.
Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.
Liter is a measure of volume. Volume = mass/density.
Yes. if you have a mass of 4 ml of water, and it weighs 4 grams, the density of water is 1 gram per millileter. The common unit for density is g/ml or g/cm^3. But when weighing a liquid, remember to tare the glassware you are holding the liquid in while weighing it, or your density will be incorrect due to a false mass measurement. But given a mass and a volume of a substance, the density is just mass over volume.
False
False. Kilograms measure mass. Liters measure volume.
2nd answer: In fact, weight = mass if the massive object is on Earth.
False :3
False. Density is the measure of the amount of mass an object has
Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.
Liter is a measure of volume. Volume = mass/density.
Any sample size of a particular substance will have the same density.
i think that the answer is False because they have nothing to do with each other
i think that the answer is False because they have nothing to do with each other
No, it does not matter the amount of a substance. This is because when finding density you use the mass to volume ratio. (mass/volume)... So if you get the mass of something to come out as 8.6 grams & the volume to be 8.3 ml, divide those to & you get 1. something...round that and you get 1.0. This means I could multiply the amount of the substance by 2,9,14, 376 (any number) & I would still get the same answer. This is because 4/2=2, 8/4 also = 2. There is an example.
False. They always do.
that is false because a density is a physical property and as u know physical property can't be changed
Density is a measure of the ratio between mass and volume displaced (d = m/V). Density IS inversely related to temperature, though not significantly. As a substance gains energy in the form of heat, it expands. It doesn't gain any mass, but it does increase in volume. So, as temperature rises, density does decrease slightly. The answer is true, but you need to take mass into account. You'd be wrong if you wrote d = temp/V