Apparatus needed: Displacement can, sinker such as rock, calibrated beaker, string to attach to rock, tripod stand ( not necessary ) or level surface.
Fill displacement can with water, place on tripod stand or flat surface, at the opening or ' side shoot ' of displacement can place calibrated beaker.
Dip or place the rock with string attached into water of displacement can, a volume of water will flow or fall through the opening of displacement can, into calibrated beaker.
This water, known as the excess water is equivalent to that of the volume of rock, simply observe the meniscus ( of calibrated beaker) and that measure will be the volume.
To calculate the density of an irregular object like a rock, you can measure its mass using a scale and then determine its volume using the water displacement method. Once you have the mass and volume, you can divide the mass by the volume to obtain the density of the rock.
You can find the volume of an irregularly shaped object, like a rock, by using the water displacement method. Submerge the object in a known volume of water in a container. Measure the increase in water level, which equals the volume of the rock.
To determine the density of an irregular shaped rock, you can use the water displacement method. First, measure the initial volume of water in a graduated cylinder. Then, carefully place the rock in the water and measure the new volume. Finally, calculate the density using the formula: Density = (mass of the rock) / (change in volume).
The student can find the volume of the rock by using the water displacement method. First, fill a container with water and note the water level. Then, submerge the rock in the water and measure the new water level. The difference in water levels gives the volume of the rock.
To measure the volume of irregularly shaped rocks, you can use the water displacement method. Submerge the rock in a container of water and measure the change in water volume as the rock displaces the water. The difference in water volume before and after submerging the rock will give you the volume of the rock.
To calculate the volume of a rock, you can use the formula for the volume of a sphere (4/3 * pi * r^3) if the rock is spherical, or use the formula for the volume of a rectangular prism (length * width * height) if the rock has a more regular shape. Otherwise, you can measure the volume by water displacement: submerge the rock in water and measure the increase in water level to find its volume.
To measure the volume of rock, you can use the water displacement method. Simply fill a container with a known volume of water, then submerge the rock in the water and measure the change in water level. The increase in water level corresponds to the volume of the rock.
To find the volume of a stone using water displacement, you would fill a container with a known volume of water, record the initial water level, then submerge the stone in the water and measure the new water level. The volume of the stone is equal to the difference in water levels before and after submerging the stone.
displacement ^_^
it is easiest to do with small rocks, but can be dome with anything if you can move it and have a container large enough to hold it. place water into a container with measurment markings and place the rock into it. the amount the water level rises, called displacement, is the volume of the rock.
Use water displacement. Measure water before you put the rock in it, and then again afterwards. Put a measuring cup large enough to hold the rock in a pot large enough to hold the measuring cup and fill the measuring cup to the very top with water. Lower the rock into the measuring cup carefully so that the water flows over and into the pot. Carefully remove the measuring cup with the rock without spilling any additional water into the pot. When you measure the water in the pot it will equal to the volume of the rock (accuracy will depend on how careful you were). This is displacement measuring.
Find the mass using a scale. Find the volume by the water displacement method. Divide mass by volume and that equals density.