The volume of a solid is measured in cubic units
If the solid is square or rectangular in shape, you can measure the three dimensions and multiply them to get volume in cubic units, such as cubic centimeters. If the solid is an irregular shape, you will need to use water displacement to measure the volume. To do this you place enough water in a graduated cylinder that will cover the solid. Then record the water volume. Next, carefully place the solid into the cylinder. Measure the new water volume. The volume of the solid is the second water volume minus the original water volume.
A metric ruler is used to measure the volume of a solid
Measure the volume of the water you have. Insert irregular solid. Measure the volume of the water you have now, and subtract the initial water volume from the new water volume. The difference in volumes is the volume of your irregular solid.
You can measure it by the volume of liquid that the object displaces
yes you can use a balance to measure the volume of an irregular shaped solid.
It's simple, you just have to take a measurable recipient big enough to contain the solid, fill the recipient with a known volume of water and drop the irregular solid into the water. Then you can measure the increase of volume, which will be equivalent to the volume of your solid.
The easiest way to measure the volume of an irregularly shaped solid is to use a graduated cylinder and a liquid which does NOT dissolve the solid to be measured. Pour sufficient liquid to cover the solid (an eyeball estimate.) Note the volume of the liquid. Then place the solid into the cylinder with the liquid, and note the volume. The additional volume, i.e., the volume before adding the solid, is then subtracted from the new volume. The difference is the volume of your solid sample.
Yes you can.You can measure the solid by putting it into a gradruated cylinder.The height of the water shows you how much volume the solid has. fun is at www.qyue.webs.com
The volume of regular solid can be measured by multiplying the length, is width and its distance.
Cubic Meter as it is a solid and that is the norm for volume of a solid
if it is a regular solid, then you times the height by the base by the length if it is an irregular solid, then you take a Eureka can, fill it with water up to the beginning of the nozzle, put the solid in, measure the volume of the water that comes out and that's your volume
No,it's a measure of liquid volume
You look at the front of the material and you measure it and that is how you get the volume of a solid object.ChEeKz!.!.!.
When you want to measure the volume of irregular solids place it in a container containing water.The solid if it sinks in water will displace the water to occupy space.The difference in the actual measure of water and the displaced water is the volume of the solid. (this is called Archimedes' Principle)
The measure of the amount of space a solid figure is Volume
The metric unit used to measure volume is the liter.
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Measure a volume of liquid that the object will sink in, the put in the object to be measure. then measure the new volume. the difference between the last volume and the beginning volume is the volume of the object.
A ruler or tape measure.
You place it in water to see the volume of water it displaces. Fill a large, graduated measuring cylinder to about halfway with water (say to 50mL) Put the irregular solid in, and measure the volume it reads (solid + water). (say it reads 80mL) So the volume of the irregular solid will be: volume(solid+water) - volume(water). For example, the volume of the water was 50mL, and when the solid was added, the volume increased to 80mL. The volume of the solid would be 80mL - 50mL. So it would be 30mL.
1. Measure the dimensions of the solid. 2. Calculate the volume on this geometric base.
There is no simple method. First of all the answer depends on the size of the solid. It is incredibly difficult to measure the volume of an irregular rock with a mass of several tons! If the solid is small then you can measure its volume by displacement. Partly fill a graduated cylinder with a fluid (water, for example) and read off the volume from the graduation. Insert the object into the cylinder and measure the new volume. The volume of the solid is the difference in the two volumes. Obviously, this method will not work if the solid contains parts which are soluble in the fluid.