Fill a bowl of water that is bigger than the rock right to the top, add the rock, collect and measure the volume of how much water is spilt. Provide the rock is not porous or very soluble this will provide the volume of the rock.
The level of the liquid in the cylinder rose by 10 mL when the rock was submerged in the liquid.
No. I say this because a rock is usually circular and not a perfect figure. :-)
You first need to understand the geometric figure called a sphere. The sphere has 8 90 degree angles, it is made up of 4 rectangles and 2 squares. in the center it contains molten rock. the volume formula is abel * molten rock= crack size. once you know this you do nothing and hope you randomly figure out the real formula. have a nice day. and good luck to you.
It is the volume of the figure.
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.
Fill a bowl of water that is bigger than the rock right to the top, add the rock, collect and measure the volume of how much water is spilt. Provide the rock is not porous or very soluble this will provide the volume of the rock.
d=m/v...figure it out
The greatest volume of metamorphic rock is produced during regional metamorphism. It affects an extensive area as a result of the large-scale action of heat and pressure.
Find the mass using a scale. Find the volume by the water displacement method. Divide mass by volume and that equals density.
The level of the liquid in the cylinder rose by 10 mL when the rock was submerged in the liquid.
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)
Drop it in water. Fill a graduated cyllinder with water to cover the sample and record the volume. Then gently lower the rock sample into the water and record how much the water rose. The difference is the volume of the rock. Drop it in water. Fill a graduated cyllinder with water to cover the sample and record the volume. Then gently lower the rock sample into the water and record how much the water rose. The difference is the volume of the rock.
No. I say this because a rock is usually circular and not a perfect figure. :-)
The buoyant force accounts for the missing 2 N when the rock is in water. The 2 N is the weight of the volume of water equal to the volume of the rock ... the water that the rock 'displaces' (pushes aside) when it enters the water.
You could weigh it. You can also determine its density by comparing it to an equal volume of water, but first you would have to determine how much water it displaces to determine its volume.
There is no such thing as a rock scale.