fill a glass (or any container large enough) with water, then drop the object gently in the glass. However much water is displaced (overflown out of the glass), that is the volume of the object in its place.
say the amount of water displaced weighed 10g
10g = 1cl
1cl = 10cm^3
Therefore the object displaced 10cm^3 of water, making that its total volume.
If they are seven straight sides, it is a heptagon.
For a regular object you measure the three dimensions of an object - length, width and height. After measuring each of these you then multiply them all together which leaves you with the volume of your object. Alternately, you could use a different way of calculating volume: displacement. Put x amount of water in a container with measurement markers on the sides. Then add the object. Subtract the final measurement from the original measurement and you will have the volume of the object.
A ruler. Measure one of the sides, and take that measurement times itself three times, and you'll have the volume.
Measure the sides in cm and multiply
No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.No pyramid can have a volume of 3600 cm since that is a measure of distance: volume is measured in cubic units.
because the shape has no correct sides.
Volume is a measure of how much space an object takes up. In some cases, such as a cube, it's easy to use a ruler to measure all the sides and multiply. If such an option is not readily available, there are other alternative ways of collecting the volume. For instance, to see how much space an object takes up, you could measure how much water it displaces.
If they are seven straight sides, it is a heptagon.
For a regular object you measure the three dimensions of an object - length, width and height. After measuring each of these you then multiply them all together which leaves you with the volume of your object. Alternately, you could use a different way of calculating volume: displacement. Put x amount of water in a container with measurement markers on the sides. Then add the object. Subtract the final measurement from the original measurement and you will have the volume of the object.
For a regular object you measure the three dimensions of an object - length, width and height. After measuring each of these you then multiply them all together which leaves you with the volume of your object. Alternately, you could use a different way of calculating volume: displacement. Put x amount of water in a container with measurement markers on the sides. Then add the object. Subtract the final measurement from the original measurement and you will have the volume of the object.
Metric units of volume include the cubic meter, cubic centimeter, cubic millimeter, milliliter, cubic kilometer, and liter. When used to express the volume of a space or object, the shape of the object is completely irrelevant.
A straight line perhaps
Multiply the figures of the 3 sides - a x b x c , this figure is the volume.
A ruler. Measure one of the sides, and take that measurement times itself three times, and you'll have the volume.
Measure the sides in cm and multiply
A centimetre is a measure of length, not of volume. A litre is the volume of a cube whose sides are 10 decimetres.
The volume of a cube whose sides measure four inches is: 64 cubic inches.