No. There are many, many different kinds of solid, and they come in a variety of densities. Something like a brick is fairly heavy, but if it was made of wood, it would be a lot lighter and a lot less dense. There are a zillion other examples that could be cited.
No. Density is a property of a given material, regardless of how much or how little you have. Density is mass divided by volume. These statements are not contradictory. The aluminum in a one-inch cube of aluminum has the same density as the aluminum in a 3-foot cube of aluminum. It's just that there is more of it in the larger cube. The mass divided by the volume will give you the same number if you calculate it for these two cubes. Different materials have different densities.
No, the density is dependent on the matter (e.g. Water's density is 1.0) water's density will not change whether its demensions are 2x2x2 or 3x4x5. So every solid with the same demensions will not have the same density.
No. Density is a property of given material, regardless of how much or how little you have.
No. The mass for a given volume would be dependent on the density.
In order to answer the question you will have to know the volume of the solid. D=M/V
The mass and volume of aluminum are related by density: mass = volume x density and density depends upon temperature and pressure. Aluminum has a density of 2.70 grams per cubic centimeter in its solid state. In its liquid state, Aluminum has a density of 2.375 grams per cubic centimeter.
Well, this could be 2 things, a solid or a property called density. Solids are tightly packed atoms, while Density is how packed the atoms are.
To determine the identity of an irregularly shaped solid that is soluble in water, use logic. First record your mass. Then, try placing it in a liquid that it will not dissolve in to get the volume. Calculate the density and hopefully identify your substance.
need to know the width of the tub as well.
Well, it depends. If it is a solid shape,such as a cube, that would be 3 dimensional or 3D. But if it is just a plane shape, like a square, that would be 0 dimensions, or if you wish to call it, 0D (But that is not the way to say it).
In order to answer the question you will have to know the volume of the solid. D=M/V
there is only one iodine - iodine is the collective name for every atom of - well - iodine. use the word in the same way as you would 'air'. so 'Iodine can change from a solid to a gas'.
Well just type on google "Bakugan Dimensions" and click on the website that says bakugan dimensions
An old instrument that works very well for solids and liquids is a pichnometer. It is a glass flask with a defined, exact volume and you determine the density by weighing the pichnometer full of water (known density at a specified temperature), the empty flask and the flask with a small amount of the solid or full of a liquid. Note: The liquid or solid should not dissolve in water. If the do, use a standard liquid of known density that will not dissolve the sample
well if your talking about Pokemon there is no move named dimensions:(
The mass and volume of aluminum are related by density: mass = volume x density and density depends upon temperature and pressure. Aluminum has a density of 2.70 grams per cubic centimeter in its solid state. In its liquid state, Aluminum has a density of 2.375 grams per cubic centimeter.
There are two characteristics that apply to every type of solid. It must have some structural rigidity, as well as a resistance towards changes of shape and volume
Well, this could be 2 things, a solid or a property called density. Solids are tightly packed atoms, while Density is how packed the atoms are.
Density is the amount of matter in a given volume. The particles in a solid state are tightly packed together, therefore a solid sate would have a greater density then a liquid, and gas. The particles in a liquid state are together, but are able to move and slide by one another. This density is not as great as a solid state. Particles in a gaseous state are spread very far apart, and moving a lot. A gas would not have a large density. The particle theory of matter affects both masse, volume, density, and viscosity.
Well, obviously they do. Any material object has a density.
To determine the identity of an irregularly shaped solid that is soluble in water, use logic. First record your mass. Then, try placing it in a liquid that it will not dissolve in to get the volume. Calculate the density and hopefully identify your substance.