yes
The Volume is the amount of space something takes up .And I know that for a fact.
Yes. The amount of space matter takes up is volume. Different substances have different densities, which are calculated by mass divided by volume most commonly in the unit g/cm^3 (grams per cubic centimeter). Mass depends on the nucleus/i of the substance, while volume depends on its nucleus/i as well as the electrical field formed by the repulsion of electrons.
No. Any amount of gas, no matter how little, always takes up as much space as you let it.
yeh matter have weight and take out space
Mass and energy always have locations in both time and space; the amount of space that they take up depends upon their density, but they do take up some. Since energy is often associated with matter (heat, kinetic energy etc.) it would be the matter that takes up the space. The energy would be in the same space as the matter. But energy can also exist independently of matter (such as a photon of light travelling in space) and in that case, the energy takes up space.
Volume is the amount of space matter takes up.Volume is the quantity of 3-dimensional space enclosed by a closed boundary. The SI unit of volume is cubic meter.
Matter is defined as something that has mass and takes up space. Mass is defined as the amount of matter something contains. Since these two definitions run into each other, what exactly - without use of the corrasponding words
Liters are used to measure volume. Volume is the amount of space that matter take up.
A solids and liquids have a definite volume, thus take up a definite amount of space. Gasses and plasma have no definite volume.
Volume.
Matter that has no definite shape or volume is a gas.
Tension. A+ There are a number of reasons why matter would take up a smaller amount of space. If the matter is a gas, increased pressure or compression will result in a smaller volume. Gases condensing to a liquid will occupy a smaller amount of space. Temperature can also affect the volume that matter occupies. As temperature decreases, matter will generally reduce in volume and this applies to many gases, solids and liquids. Finally, chemical reactions can result in the products having a smaller volume than the reactants although the reverse is equally true.
Tension. A+ There are a number of reasons why matter would take up a smaller amount of space. If the matter is a gas, increased pressure or compression will result in a smaller volume. Gases condensing to a liquid will occupy a smaller amount of space. Temperature can also affect the volume that matter occupies. As temperature decreases, matter will generally reduce in volume and this applies to many gases, solids and liquids. Finally, chemical reactions can result in the products having a smaller volume than the reactants although the reverse is equally true.
No. A solid has a definite volume no matter what container it is placed in.
Tension. A+ There are a number of reasons why matter would take up a smaller amount of space. If the matter is a gas, increased pressure or compression will result in a smaller volume. Gases condensing to a liquid will occupy a smaller amount of space. Temperature can also affect the volume that matter occupies. As temperature decreases, matter will generally reduce in volume and this applies to many gases, solids and liquids. Finally, chemical reactions can result in the products having a smaller volume than the reactants although the reverse is equally true.
If it has no mass or volume...then it isn't matter.
The Volume is the amount of space something takes up .And I know that for a fact.