Of the 3 more common phases of matter, solid, liquid and gas, gas is always the least dense because the particles are not as close together.
When a gas is poured from a small flask into a large flask, it expands to fill the larger volume of the new container. Unlike liquids and solids, gases have no fixed shape and can compress or expand to occupy the entirety of their surroundings. As a result, the gas will uniformly distribute itself throughout the larger flask, spreading out to maintain consistent pressure and density.
No, Density is directly proportional to mass; Density increases as the mass increases, density decreases when mass decreases. Density is inversely proportional to volume; Density decreases when volume increases, density increases when volume decreases.
When a gas is released from a small container to a larger container, the gas molecules spread out to occupy the larger volume. This expansion leads to a decrease in the density of the gas, resulting in fewer gas molecules per unit volume in the larger container. Consequently, the pressure decreases because pressure is defined as the force exerted by gas molecules colliding with the walls of the container; with fewer collisions occurring in the larger space, the overall pressure drops.
The small piece of aluminum will have greater density than the large piece of aluminum. Density is mass divided by volume, so for the same material, a smaller piece will have more mass per unit volume compared to a larger piece.
the density of the stratosphere is about .18
"large density" ===> (relatively large mass) fits into (relatively small volume)
An object with a high density, such as a lead ball, can have a small capacity (volume) but a large mass. This is because density is the ratio of an object's mass to its volume, so objects with high density have a lot of mass packed into a small space.
Since density ( p or rho) is m/Vas V increases density decreases.
A mineral's density increases as its mass per unit volume increases. If a mineral has a small mass and large unit volume, its density is smaller. Whereas, if a mineral has a large mass and a small unit volume, its density is greater.
Density is mass per volume. Density of gas is mostly the same in mol/volume. The molecular mass play large role in the different of density. Weak intermolecular force and interaction among different species of gases may give extra additional to the different in density of mix gas but at very small fraction.
Yes, a small object can have more density than a large object if the small object has more mass compared to its volume. Density is calculated as mass per unit volume, so an object with greater mass and smaller volume will have higher density.
The density of the small piece of matter and the large piece of matter is the same because density is a characteristic property of a material and is independent of the amount or size of the material. Density is calculated by dividing the mass of an object by its volume, so as long as the material is the same, the density will remain constant.
No, density is a characteristic property of a material and does not change based on the size or shape of an object. If the large cube and small cube are made of the same material, they will have the same density regardless of their size. Density is calculated by dividing an object's mass by its volume.
No, there are actually fairly large variations between different gases. Also, for a single gas the density depends greatly on the temperature and pressure.
No, you've got it reversed.
A small object with high density, such as a lead weight or a dense metal ball, would have a small capacity but a large mass due to the arrangement of its particles.
The same.