if the shape is recognizable like a cube or box measure the length, width and the height then multiply them if you want to measure the volume of an unrecognizable shape like a toy you can fill a beaker with water make sure you know how many milliliter's are in it then put the object in the water then subtract the number without the object from the number with the object
The volume of the box is 160 cubic units.
14.985
5cm * 5cm * 10cm = 250 cm3
V = 10cm * 6cm * 5cm = 300cm3
Multiple length by width by height....for example a box 1 foot in each dimension has a volume of 1 cubic foot
There is not an instrument designed to measure the volume of a rectangular box. You would use a ruler or tape measure or similar to measure its linear dimensions and a brain to multiply them together.
a beaker
The volume of the box is 160 cubic units.
A ruler or tape measure would be the best tool. You cannot measure the volume directly. First, measure the length, width and height with the ruler and use the formula of volume of cubiod (L x W x H)
What is the volume of a box what is measures 2 meters × 3 meters × 1 meter
The volume of such a box is 13*6*6 = 468 cubic inches.
A sound box alters a instrument's tone, it doesn't affect volume.
14.985
192
very simple.....64cubic cms
Solid density is just that - the weight of a fixed volume of the solid material. But if the material is not solid, that is, if it is divided into particles or grains, or "chunks" or the like, then they will not "pack down" and be as dense as a solid volume of the material. Let's try an example. If we have a shoe box full of glass marbles, it will have a given weight. And, if we have the dimensions of the box, we can take the weight and the volume of the box and make a density calculation. But the box won't actually be "solid glass" as it would if we could ignore the "packing" of the spheres. The marbles end up leaving space between and around them when we put them in the box. They're round, and they can't take up all the space in the box. They simply can't. Because they can't take up all the volume in the box, it gives rise to what we call bulk density. If we take the the density of the glass from which the marbles are made, we could find the weight of a volume of that glass that was equal to the volume of the shoe box. The weight of the glass in a shoe box that is "solid glass" will be higher than that of the weight of the marbles in a full box. And that's because it is based on our filling the box with marbles and not being able to make the spaces between the marbles disappear. Got links if you want 'em.
A ruler or measuring tape. Multiply height times length times width to get volume.