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∙ 12y agoIt means it's mass is very high and its volume is very low. A standard neutron star has a mass thousands of times greater than the sun, but a volume of a small city. This ridiculously high density and pressure also account for the high temperatures of neutron stars. PS. Quark stars are denser than neutron.
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∙ 12y agoThe high density of a neutron star indicates that it has an extremely large mass packed into a very small volume. Neutron stars are typically around 1.4 times the mass of the Sun, but are only about 12 miles (20 kilometers) in diameter. This extreme mass-to-volume ratio is why they are considered the densest known objects in the universe.
Ye.. the concentration of a substance is measured as the amount of substance per unit volume. Accordingly, the amount of a substance in per unit volume is the concentration of the substance.
The density of a substance is calculated by dividing its mass by its volume. The formula for density is: Density = Mass / Volume. This calculation gives you a measure of how tightly packed the molecules are in a given sample of the substance.
no, a neutron has a finite volume and thus a finite density, the singularity of a black hole has zero volume and thus infinite density.Infinity >>>>> any finite value
the density of the substance
To determine the volume of a substance, you need to know its density. Volume is calculated by dividing the mass of the substance by its density. If you provide the density of the material, I can help you calculate the volume.
Ounces is a measure of mass, gallon is a measure of volume. So, the answer would depend on the density of the substance. For example, a gallon of a perfect vacuum has zero mass; a gallon of matter in a neutron star has a mass of millions of tons.Ounces is a measure of mass, gallon is a measure of volume. So, the answer would depend on the density of the substance. For example, a gallon of a perfect vacuum has zero mass; a gallon of matter in a neutron star has a mass of millions of tons.Ounces is a measure of mass, gallon is a measure of volume. So, the answer would depend on the density of the substance. For example, a gallon of a perfect vacuum has zero mass; a gallon of matter in a neutron star has a mass of millions of tons.Ounces is a measure of mass, gallon is a measure of volume. So, the answer would depend on the density of the substance. For example, a gallon of a perfect vacuum has zero mass; a gallon of matter in a neutron star has a mass of millions of tons.
The volume and mass of a substance are independent of the substance itself, but depend upon how much there is of the substance The density of a substance is the relation between how much volume you have of a substance and how much mass that volume has (and vice-versa). It is independent of how much there is of the substance and is thus a characteristic of the substance.
Yes. The Universe is expanding.
Substance is commonly understood as a physical matter that makes up the universe and everything within it, possessing mass and volume. In a more philosophical sense, substance refers to the essential nature or quality of something that makes it what it is.
Ye.. the concentration of a substance is measured as the amount of substance per unit volume. Accordingly, the amount of a substance in per unit volume is the concentration of the substance.
When we divide the mass of a substance by its volume we get its density.
No substance is calculated that way. Mass per unit volume is called the density of a substance or object, which is a property or unit of measure of a substance.
You get its density. Density is a measure of how much mass is contained within a specific volume of a substance.
the universe
It has the most mass of any planet in the Solar System. It is not the densest, but it has by far the biggest volume.
Any substance can have a volume of 1cm3, depending on its size (referring to density). For example, 1g of water would have a volume of 1cm3, while 0.8g of ethanol would have the same volume.A substance which has a volume of 1 cm3 is a substance that has a volume of 1 ml. Many substances can have a volume of 1 ml.
Measure the mass and volume of the substance, then divide the mass by the volume.