by first of all not being an idiot, and second of all knowing basic math. Sorry not sorry. See you never xD
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There is no specific name.I hope you were not looking for volume as an answer because that is wrong. The fact that the cubes are of unspecified size means that there is no proper measure of anything. Also, if you tried to fill most 3-d figures with cubes, you would have corners and curves that were left out, and so the number of cubes could not measure volume even if their sizes were specified.There is no specific name.I hope you were not looking for volume as an answer because that is wrong. The fact that the cubes are of unspecified size means that there is no proper measure of anything. Also, if you tried to fill most 3-d figures with cubes, you would have corners and curves that were left out, and so the number of cubes could not measure volume even if their sizes were specified.There is no specific name.I hope you were not looking for volume as an answer because that is wrong. The fact that the cubes are of unspecified size means that there is no proper measure of anything. Also, if you tried to fill most 3-d figures with cubes, you would have corners and curves that were left out, and so the number of cubes could not measure volume even if their sizes were specified.There is no specific name.I hope you were not looking for volume as an answer because that is wrong. The fact that the cubes are of unspecified size means that there is no proper measure of anything. Also, if you tried to fill most 3-d figures with cubes, you would have corners and curves that were left out, and so the number of cubes could not measure volume even if their sizes were specified.
Dont know!
Volume is measured in cubic measurements, such as m3, cm3, ft3, etc... .
Squares cannot be used to measure a three-dimensional volume since they have only two dimensions. Squares are used to measure surface areas, such as the outer surface of a rectangular solid. Cubes are used to measure volume because they are the simplest geometric division of a three-dimensional space. For a rectangular solid, multiplying H x W x D literally tells you the number of cubes (of the given unit of measurement) that can be contained within that space.
No, the greater the surface area the faster the ice cube will melt.