It is a cylinder.
it may be a cylender....
formula of find the volume of dish
first, find the volume of each shape that is in the polyhedron. then you add all of them together.
To find the volume, you first find the area of the triangle base and then multiply it be the height.
pi * radius2 * height
graduated cylender
To measure volume of a liquid.
density is = mass over volume so... use a scale to get mass and a graduated cylender to get volume. If you find yourself in a lab there is equipment to find the density strait away.
density is = mass over volume so... use a scale to get mass and a graduated cylender to get volume. If you find yourself in a lab there is equipment to find the density strait away.
To measure a drop of water you should get a measuring cylender. Say you put 100 drops to make the results more accurate. Lets say 100 drops of water in a measuring cylender would show 200cm^3 . So to find the volume of 1 drop of water instead of 100 you would divide 200 by 100 which would give you 2cm^3 for 1 drop of water
They provide a quick and relatively precise reading of liquid volume, they are also useful for water displacement readings.
If you look carfuly on the intake manifold you will find the firing order,sometimes you will find it on the engine sticker. Also on a "V" type motor the cylender head that is the furtherest foward is the #1 cylender.
passenger side of block below #1 cylender
diameter times depthImproved answer:V= pi*r2*hOther ways of saying it:Volume= Pi * radius2 * hightKey:R2 means the radius time the radius
The formula for working out a cylinder is... pie radius squared times height The pie radius squared works out the area of one of the circle faces, and then multiplying it by the height sort of stretches out the circle face to the cylinder's exact volume
Find the area of the circular base with 'pi x radius-squared', then multiply this value by the length or height of the cylinder