In my research I have found that 160 vertically crushed cans fit in each cubic foot. This is what the typical can crusher, or stomping a standing can, accomplishes. If the horizontal can crusher on the CanPactor from DCI is used, about 106 cans fit in each cubic foot. If you stomp them very flat, or drive over them with a car, while laying down (not you but the can<g>), you get closer to the 160/CF of vertical crushing.
There is one cubic feet per cubic foot.
1 cubic foot = 0.0283168466 cubic meters
1 cubic meter ≈ 35.3146667 cubic foot
28,316.8466 cubic cm=1 cubic foot
144 cubic inches are in 1 cubic foot.
1,728 cubic inches.
1 cubic foot = 0.0283168 cubic metres
28,320,000 cubic mm per cubic foot.
One cubic foot is about 0.0283 cubic meter.
2000 cubic foot = 2000 (cubic foot) x 1728 (cubic inch/cubic foot) x 16.387 (cubic cm/cubic inch)x1/1000000(cubic meter/cubic cm) = 56.6337 cubic meter from the above answer we get: 25 cubic meters = 882.867 cubic foot
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