There are infinite possible configurations:
> 115 m**3 ~ 10m x 10m x 1m
> 115 m**3 ~ 5m x 5m x 5m
> 115 m**3 ~ sphere with a radius of ~3m
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115 centimeters = 1.15 meters
The average weight of iron per cubic meter is 2500 kilograms. Therefore 46 cubic meters of iron equal to 115 tons in mass (115 000 kilograms). However, the density of iron varies. There are conversion tables on internet. If you know the density of ore-iron it will become easier to find out the volume to mass ratio more accurately.
115cc is seven cubic inches.
The units are incompatible. Kilograms are a measure of mass cubic feet are a measure of volume. The density of the substance would be required for any meaningful answer.
To get the density, just divide the mass by the volume.
115 centimeters = 1.15 meters
The average weight of iron per cubic meter is 2500 kilograms. Therefore 46 cubic meters of iron equal to 115 tons in mass (115 000 kilograms). However, the density of iron varies. There are conversion tables on internet. If you know the density of ore-iron it will become easier to find out the volume to mass ratio more accurately.
(115) x (1.3) = 149.5
115 feet is 35.052 meters.
115 feet is 35.05 meters.
115 meters. The prefix "deka-" means "Tens of".
Multiply the two dimensions to get the area. The calculation will give you 115 square meters.
To determine the amount of sand needed to cover 115 sq feet 1 inch thick, you need to calculate the volume in cubic feet. Since 1 cubic foot is equal to 12x12x1 = 144 cubic inches, the volume of sand required is 115 sq feet * 1 inch / 144 = 0.7986 cubic feet.
0.115m
115 feet = 35.052 meters.
it is a obtuse angle
115 millimeters equals 11.5 cm, but not 1.15 meters. The rule is as follows: 10mm = 1cm and 100cm = 1m.