-- If the object floats in water, then its density is less than the density of water.
-- If the object sinks in water, then its density is more than the density of water.
-- If the object floats in air, then its density is less than the density of air.
-- If the object sinks in air, then its density is less than the density of air.
It is slightly more dense.
It's identical. (assuming that the object is homogeneous)
yes it does because the higher the mass and volume are, the higher the density would be
Mass, not density, and the closeness of objects, affects an object's gravitational pull. Density is not dependent on an object's size, but mass is. The more massive an object, and/or the closer an object is to another, the greater its gravitational pull.
that the density of an object determines on an objects size not mass. you can calculate density bye dividing the objects mass by it's volume.
It means: * Calculate the density of an object * Calculate the density of its pieces * Compare
Higher than what ?? If the object's density is higher than the density of water, then the object sinks in the water.
Density depends on mass and volume of an object.
When you have the density of both the object and the fluid, just see which has a higher density. If the object has a higher density than the fluid, the object will sink. If the object has a lower density than the fluid, the object will float.
It describes things that have a higher density than another object. For example, "The metal ball is denser than the baloon."
no
It is slightly more dense.
one object has greater density than another when it has
It's identical. (assuming that the object is homogeneous)
The higher the density of an object, the harder it will be for the sound to be transmitted through the object.
Is is related through Archimedes principle, which states that the buoyancy force on an object is equal to the weight of liquid displaced by the submerged object. The weight of a volume of water is equal to the volume x density of water x the gravitational constant.FB = V ρ g
yes it does because the higher the mass and volume are, the higher the density would be