Metres
Well, you can see that the volume is usually WAY higher than the height/length/width
Traditionally the unit is the fathom (=6 feet) but nowadays you will see metres or indeed any proper unit of length.
Area of a parallelogram = Base x Height (b x h), or Length x Width (l x w)(see related link)The area of a parallelogram is b times h (base times height)
basic unit of length mass and volume in the metric system are as follows . basic unit of length in the metric system is meter . basic unit of mass in the metric system is kg . basic unit of volume in the metric system is L.
A sq mt is written as m2 and is a unit of measure for area. A cubic mt is written as m3 and is a unit of measure for volume. These unit of measures do not have a quotient that is a scalar (a quantity without a unit of measure). Your question is therefore ill-posed. Example. If we want to calculate the volume of a cylinder with a radius of 1 m and a height of 1 m, we can start by calculating the area of the bottom, which equals Pi m2. We can then see that the volume (V) equals the area of the bottom times the height, which equals V = Pi m2 x 1 m = Pi m3. Conversely, starting with a cylinder with a volume of Pi m3 and a radius of 1 m, we can ask what the height (h) is. We can then find the height by dividing these quantities, thus h = Pi m3 / Pi m2 = 1 m. So, a volume can be divided by an area, giving a length. The volume (in m3) and area (in m2) can both be arbitrary, their quotient will give a length (in m).
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In the case of a rectangular cuboid, I would say that the volume is simply DEFINED to be length x width x height. The volume of other, more complicated shapes, can then be derived, based on this basic definition. But you do need to have a starting point, i.e., "How is volume even defined in the first place?"Just to show that this definition makes sense, think of a rectangular cuboid as having integer values for length, width, and height. In that case, you can divide it into unit cubes (cubes of side length 1), and it is easy to see (basically, by counting the unit cubes) that the number of unit cubes will be length x width x height - IN THIS SPECIAL CASE.
this how you can figure it out it lay it out and measure it with a tap measure the an see what it comes out to be
one way is multiply height times width times length. the other way is to put it into a measuring beaker halfway filled with water to see how much water it has displaced.
A meter is approximately:The height of a child.The length of a large step.The width of a table.You may want to do some measurements to see which is close enough for your purposes. You can measure some other things, too.
To see the full length of an object using a plane mirror, the mirror should be at least half the height of the object. This allows the top half of the object to be reflected in the mirror, giving the illusion of seeing the full length of the object.
The "correct unit of measure" is the one you choose. See the list below for suggestions:cupspintsquartsgallonsmilliliterscentilitersdeciliterslitersThe list is not comprehensive, but should serve.