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Density = 300/15 kilograms per cubic meter = 20 kilograms per cubic meter

Q: What is the desity if an object with a mass of 300 kilograms and a volume of 15 cubic meters?

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Not sure about desity. If you meant density, it is mass/volume.

Mass divided by volume

Because desity is defined as (mass) divided by (volume), and neither of those quantities depends on the object's shape.

Density is mass divided by volume. In SI (metric) units, if mass is in kilograms, and volume in cubic meters, then the density will be kilograms / cubic meters.Density is mass divided by volume. In SI (metric) units, if mass is in kilograms, and volume in cubic meters, then the density will be kilograms / cubic meters.Density is mass divided by volume. In SI (metric) units, if mass is in kilograms, and volume in cubic meters, then the density will be kilograms / cubic meters.Density is mass divided by volume. In SI (metric) units, if mass is in kilograms, and volume in cubic meters, then the density will be kilograms / cubic meters.

The buoyant force is equal to the amount of water displaced. Multiply the volume of the object by the density of water - then convert that to a force (at about 9.8 newton/kilogram).

different desity

An area (a 2-dimensional concept) does not have a volume and so cannot have a density in the normal sense of the word. 2-d objects do not have mass.A:You cannot covert between these; kilograms refer to the mass of an object, while square meters indicate the surface area.

Mass is kilograms Volume is cubic meters

for volume it is width times hight times length for desity it is mass divided by volume

length: meters mass: kilograms volume: liters

mass = volume x density. The units, of course, have to be compatible - for example, if the volume is in cubic meters, and the density in kilograms per cubic meter, the mass will naturally be in kilograms.

time . . . . seconds mass. . . . kilograms area . . . . square meters length . . . meters weight . . . newtons volume . . . cubic meters or liters