Fill the can with a liquid to the top so it almost overflows. Put the solid in the can and catch the overflowing liquid. Measure the liquid. The measurement of the liquid will give you the volumn of the solid.
Step 1 . calculate the volume of the cylinder step 2 . put the rock in the cylinder and fill it with water to the top step 3. measure the amount of water step 4 subtract the volume of the water from the volume of the cylinder, and you have the volume of the rock.
LABORATORY TECHNIQUES & OPERATION*Transfering solid and liquid*Filtering*Heating liquid and solid*Measuring mass of liquid*Measuring volume of solids and liquids*Handling chemicals*Powdering solids*Decanting*Floating and ScoopingHope its help you,- ejohnnicole@yahoo.com :)
you have to do six steps
six steps
I counted 225 steps
Fill the can to the overflow level with water.Very gently lower the irregular solid into the can and make sure to catch all the overflow.Measure the volume of overflow.That is the same as the volume of the irregular solid.Warning! This method will be a total disaster if the solid is soluble in water. You could try any other liquid instead.
1. Measure the dimensions of the solid. 2. Calculate the volume on this geometric base.
Multiply length x width x depth
Solid - cannot be compressed have definite shape and volume Liquid- cannot be compressed have definite volume but no definite shape Gas- no definite shape and volume can be compressed Note: check all above! Done by : Justin Bieber
volume of a cup is 1500cm3
Very few. The climb is mostly on irregular cobblestones.
The coastline of Puget Sound is so irregular because of chronic erosion. Today, coastal erosion is intensified due to human activities. Many steps are taken to control erosion, but these steps often create problems at other sites.
Take a container with a rather precise scale and measure it. Place the ring inside and measure it again. The amount the water goes up is the volume of the ring. Or you could fill a container to the brim with water, with a collecting dish underneath. Put the ring in the container, which would cause some of the water to overflow. The volume of water that left the container is the volume of the ring. Or you could take a clay mold and make a mold of the ring, fill that with water and measure how much water it takes to fill the 3D mold.
The formula for density is: mass divided by the volume of the object
Determine the mas and the volume.
you can get access to the system volume information folder. follow the steps on this site -
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