d=m/v
The two factors that determine a material's density (such as that of wood) are its mass and volume.
Other things being equal, an object that has more size will also have more mass. However, the mass also depends on the exact shape of the object, and on the density of its material or materials. And, if there are several materials, how much of each.Other things being equal, an object that has more size will also have more mass. However, the mass also depends on the exact shape of the object, and on the density of its material or materials. And, if there are several materials, how much of each.Other things being equal, an object that has more size will also have more mass. However, the mass also depends on the exact shape of the object, and on the density of its material or materials. And, if there are several materials, how much of each.Other things being equal, an object that has more size will also have more mass. However, the mass also depends on the exact shape of the object, and on the density of its material or materials. And, if there are several materials, how much of each.
Density. D=M/V
to get density you take mass divided by volume
mass density or densityof a material is its mass per unit volume. Mathematically, density is defined as mass divided by volume.
The density of a material is generally typical of a material. The density is it's mass divided by it's volume. So if you have something that weight 20kg and has a volume of 2500cm3 or 2.5L it's density will be 8gcm-3
The two factors that determine a material's density (such as that of wood) are its mass and volume.
Finding the volume and comparing it to the mass will give you the density, then it is simply a matter of looking up which materials have that density to find what it is. And that is how you can tell how the density can be used
The two factors that determine a material's density (such as that of wood) are its mass and volume.
Other things being equal, an object that has more size will also have more mass. However, the mass also depends on the exact shape of the object, and on the density of its material or materials. And, if there are several materials, how much of each.Other things being equal, an object that has more size will also have more mass. However, the mass also depends on the exact shape of the object, and on the density of its material or materials. And, if there are several materials, how much of each.Other things being equal, an object that has more size will also have more mass. However, the mass also depends on the exact shape of the object, and on the density of its material or materials. And, if there are several materials, how much of each.Other things being equal, an object that has more size will also have more mass. However, the mass also depends on the exact shape of the object, and on the density of its material or materials. And, if there are several materials, how much of each.
Mass relates linearly to volume and density. That is to say if you have twice as much volume of the same material (say water) it has twice the mass. If you have something twice as dense at the same volume, it has twice the mass. Note: this applies specifically to mass-density, the most common use of the word. Things like energy-density or population density have a more complicated and often less meaningful relation to mass.
density
The density of a material depends on the mass and the volume of that material. In order to find the density of a material you must multiple the mass of the material and the volume of the material.
Density. D=M/V
mass = volume x density
You have to know the density of the material in order to convert its mass (grammes) to its volume (cm3).
If the mass of the cube is 96 g, what is the density of the cube material?