Density is actually a comparison of two things. It's a RATIO. It is a comparison of the mass of something and the volume of that thing. Once we know an object's mass and its volume, we set up a ratio, and that will be the density. Weigh the rock. Put it on a scale. Let's say it weighed 100 grams. Then find its volume. Partially fill a graduated measuring container with water to s fixed level, drop in the rock, and then see how much the water level rose. That will be the volume. Let's say 10 cubic centimeters. Construct your ratio. 100 grams : 10 cubic centimeters We need to refine this a bit so we can make comparisons of the density of one thing to that of another. Let's reduce both measurements by a factor of ten. Dividing both the measurements by ten yields this: 10 grams : 1 cubic centimeter That's ten grams per cubic centimeter for the density of your rock. Grams per cubic centimeter is a common SI expression of the density of a material. If one looked up the density of, say, metals, for example, that's the way they would most likely be found.
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Is the population density in Canada?
Its density is: 3.19
That would be Silver, with a density of exactly 10.5Also, Sperrylite, with a density of 10.58
the three rocks are igneous ,metamorphic and sedimentary i don't know what it is made up of but that is what i trying to figure out can someone help me please
Mass is measured by density multiplied by volume. In order to figure out a mass of a rock, one must know its density and its volume measurements.
The density of the rock can be calculated by dividing its mass by its volume. In this case, the density of the rock would be 25.1 g / 3 ml = 8.37 g/ml.
there is not enough information to figure this one out, You need the volume (or if you know the elements its made out of , you can figure it out through molar mass)
To determine the density of an irregular rock, you can use the water displacement method. First, measure the initial volume of water in a graduated cylinder. Then, submerge the rock completely in the water and measure the new water level; the difference in volume indicates the rock's volume. Finally, divide the mass of the rock (measured using a scale) by the volume obtained from the water displacement to calculate the density.
Since rock A is bigger but has the same mass as rock B, it will have a lower density compared to rock B. Density is calculated by dividing mass by volume, so the larger volume of rock A will result in a lower density.
A rock
The rock's density is 3 g/cm3
Rock density has no direct affect on war.
The average density of Pluto is 2.03 g/cm3. This figure differs significantly from the 1.64g/cm3 density of Neptune or the 687.00 kg/m3 density of Saturn.
To calculate density, you need to divide the mass of the rock by its volume. In this case, the density of the rock would be 12g divided by its volume in cm^3. Without knowing the volume in cm^3, it is not possible to determine the density of the rock.
The density of the rock is its mass divided by its volume (in suitable units). Since a millilitre is the same volume as a cubic centimetre, density = 127 grams / 32.1 cm3 = 3.956 g/cm3
The rock has a density of 10 g/cm3