24, unless you aren't counting the ones on the bottom (which would be obscured by the table), in which case it would be 20.
Depends on the dimensions of the prism, and how large of cubes they are.
1
Cubes have 6 sides.
There are no sugar cubes in a McChicken sandwich. The sandwich does, however, contain 360 calories which is the caloric equivalent of roughly 14.5 sugar cubes.
All the little cubes except the one at the middle will have 1, 2 or 3 faces with paint on them, ie 26 of them will have some paint on them: 0 faces painted - 1 cube 1 face painted - 6 cubes (the centre ones of each side) 2 faces painted - 12 cubes (the ones in the centre of where two sides meet) 3 faces painted - 8 cubes (the ones in the corners).
Well I think that if they have poor water supply they will not be making ice cubes. Although In the case that someone is providing ice cubes it would have to be a large amount.
Well I think that if they have poor water supply they will not be making ice cubes. Although In the case that someone is providing ice cubes it would have to be a large amount.
Usually, large numbers of identical products are made on a production line or assembly line.
Mass production
If many smaller cubes are combined to form a larger cube, then the surface area of the large cube is: 6 x (length of one side squared)
The question is incomplete, but here goes: Each small cube has side r so volume of each small cube is r3 and so volume of 27 small cubes is 27r3 The large cube has side s so volume of the large cube is s3 The volume of the small cubes must sum to that of the big cube so s3 = 27r3 So s3/r3 = 27 and so s/r = cuberoot(27) = 3
The answer depends on how large the prism is.