Temperature in this instance will not affect density, but rather pressure. The density of the gas will be much smaller than the density of a liquid or solid of the same chemical because it is a gas. The formula for density is mass over volume, and a gas has no measurable mass, making the gas always less dense than the liquid and the solid.
Into a smaller volume.
if a substance has more particles in a smaller space (higher density), then the substance can be less easily displaced and has a higher upthrust
mass is the quantity of material in a substance, and volume is the space occupied. The density of a material is its mass (weight) per unit volume. Grams per cubic centimetre would be an example.
A tornado is made almost entirely of air, with smaller amounts of water, dust and debris. Since air is compressible, a tornado will vary in density depending on temperature, elevation, ambient pressure, and the intensity of the tornado. Generally, density would be between 800 and 1,200 kg/m^3.
The definition of density is mass per unit volume. For any object or sample of a substance, it can be calculated as (mass) divided by (volume). If two objects or samples with the same volume have different masses, the one with the greater mass has greater density. If two objects or samples with the same mass have different volumes, the one with the greater volume has smaller density.
The answer to that depends on the density of the substance in question.For instance the volume of 68 grams of Lead would be smaller than the volume of an equivalent mass of gaseous hydrogen.
It depends upon the temperatures and purity of the two quantities of water. If they are both at the same temperature and both have the same purity, they will both have the same density as density does not depend upon the volume, but the substance itself. If they are at different temperatures, or have different purities, then they will have different densities, but which would be greater would depends upon which has which temperature and which purity.
Into a smaller volume.
temperature and the amount of oxygen. it depends on what kind of flame it is, like if its a gaseous flame or wood flame.
The density of any substance remains the sameirrespective of its volume.
if a substance has more particles in a smaller space (higher density), then the substance can be less easily displaced and has a higher upthrust
It will increase. Density is mass/volume. Mass remains constant since no matter is entering or escaping. Lowering the temperature decreases the volume. Same mass in a smaller space= increased density.
Density is a measure of how much mass is contained in a given volume of a substance. It indicates how closely packed the particles are in a material. Objects with higher density have more mass packed into a smaller volume than objects with lower density.
False. Density is the measure of the amount of mass an object has
The density of sodium is rho = 968 kg/m3 or rho = 0.968 g/cm3.
Density is dependent on temperature. Because there is no device which can measure density directly, temperature is used in the measure for density. Basically temperature, volume, and pressure are directly linked. Any change in one, immediately and directly affects the other two. Density is one of the results of the combination of all 3. Every material has a density. An object made of wood, steel, caking icing, vegetables, etc. Each material has a specific molecular pattern. The molecules are moving around inside the material. Because these molecules are attracted to each other, the material can exist without falling apart. Even water, is still water when is splashes on the ground. After the splash, there are simply many smaller pieces of water scattered around. Density is how tightly these molecules are attracted to each other, and they create a specific volume. Pressure can be thought of the speed at which each molecule inside the material moving. Finally, temperature can be thought of as the energy behind the motion. As temperature changes, the molecule either loses or gains energy. The change in energy means faster motion. Therefore, because the volume is not 100% contained, it increases as the pressure increases until equilibrium. As pressure and volume change, density changes because density is a given pressure at a given volume at a given temperature for a given material.
This is a simple one. # Density is mass divided by volume. # Heat increase causes increase in volume. # Therefore, as mass is constant and volume is increasing, the density will drop. Hope that helps!