Mass is the amount of substance an object can have
The three are related by the relationship: density = mass / volume.
Density = Mass / Volume.This formula is true no matter what values you have for the object's mass andvolume. It makes no difference whether the mass is "less than" or "greater than"the volume (the two can't actually be thought of as less than or greater than eachother as they are measuring different things).To calculate density, divide the mass by the volume.If the mass is a smaller number than the volume, the result you get will be afraction or decimal. Do not be alarmed or intimidated. Numbers less than ' 1 'are also your friends, and they will not harm you. A density less than ' 1 'is a very special thing, and it has a special message for you if you listenfor it: If the object's density is less than ' 1 ', the object will float in water.Is that cool or what!
Different metals have different densities, so to find the density either the type of metal or both the size and mass of the cube must be provided. Density is mass divided by volume.
To calculate the density, find the mass and the volume. Mass divided by volume = Density. Each substance has a different density. Density is measured in g/cc (solids) or g/ml (liquids).
because the mass of a substance is only one part of it but not all of it. The density is everything of a substance including mass and volume
Density is mass per unit volume.
If the volume of an object becomes greater than its mass, the mass density will decrease. Mass density is defined as mass per unit volume, so if the mass stays the same but volume increases, the density will decrease because there is more volume to spread out the mass.
An object will float - on water for example - if its density is less than the density of water. Density = mass / volume.An object will float - on water for example - if its density is less than the density of water. Density = mass / volume.An object will float - on water for example - if its density is less than the density of water. Density = mass / volume.An object will float - on water for example - if its density is less than the density of water. Density = mass / volume.
Density is equal to the mass divided by the volume.
Density is equal to the mass divided by the volume.
The three are related by the relationship: density = mass / volume.
Yes, of course! Density=mass divided by volume.
size, mass, density, and volume. Other than that, its VERY different
No. Mass and density are two different measures. An object can have more mass and less density. One pound of water in a gallon space has more mass than 1/2 pound of water in a quart space. The the quart space will be more dense 1/2 pound per quart however than the 1 pound per 4 quarts in the gallon.
Density = Mass / Volume.This formula is true no matter what values you have for the object's mass andvolume. It makes no difference whether the mass is "less than" or "greater than"the volume (the two can't actually be thought of as less than or greater than eachother as they are measuring different things).To calculate density, divide the mass by the volume.If the mass is a smaller number than the volume, the result you get will be afraction or decimal. Do not be alarmed or intimidated. Numbers less than ' 1 'are also your friends, and they will not harm you. A density less than ' 1 'is a very special thing, and it has a special message for you if you listenfor it: If the object's density is less than ' 1 ', the object will float in water.Is that cool or what!
Since density=Mass/volume. If 2 solutions have the same volumes, they would have different densities because their masses are different. More explanations. For example same volume of aluminum and iron would have different mass because the atomic mass of aluminum is comparatively less than that of iron. Aluminium has nearly mass 27 amu where as iron has 56 amu. The crystalline structure would bring the atoms with different lattice distances and so the density would differ. Answer Objects of same volume have different density because as Density is equal to mass over volume so according to this relation volume and density are inverseley propotional to each others so when we increase volume density decrease so two solutions can have same volume and different densities. I am sure you will be satisfied be sure to log on www.alislam.org
Mass does not directly affect the density of an object. Density is determined by the mass of an object divided by its volume. Two objects with the same volume but different masses will have different densities.