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Q: What are the lengths of the exterior and interior diagonals of a cube that has a volume of 512 cubic cm?

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It has 0 volume diagonals and 6 face diagonals hence the total number of diagonals are 6

Take the cube root of the volume.

For the exterior you measure the lenght, width and height - in feet - and multiply them together. To measure the interior volume you will need to measure the diameter of the drum and its depth, in feet. Then volume = 1/4*pi*diameter2*depth.

If its base diagonals are 8 and 6 then by using Pythagoras it will have 4 equal lengths of 5 cm. Check: 0.5*8*6*1/3*5 = 40 cubic cm

The answer depends on how many there are and the lengths of their sides.

Multiplication is commutative. To find the volume, you will be multiplying the side lengths together. It doesn't matter what order they are in.

3.634 cm

not possible

To compute it, you have to know the lengths of the sides.

According to the EPA, the interior volume of the 2010 Nissan cube is 109.1 cu.ft.

According to the EPA, the interior volume of the 2007 Buick LaCrosse is 115.4 cu.ft.

According to the EPA, the interior volume of the 2011 Mazda Mazdaspeed3 is 111.6 cu.ft.

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