A body whose total density is greater than that of water will sink in water;
that is, if it's not supported, it will continuously drift lower.
A body whose total density is less than that of water will float in water; that is,
it will sink only partially, and will then remain on the surface and sink no lower.
A body whose total density is exactly equal to that of water will have "neutral buoyancy",
and will "float submerged" so to speak. That is, none of it will remain above the surface,
but once submerged, it will neither rise nor sink further, but will maintain the depth at which
it is placed.
i dont know this is my question
An object will float when submerged into liquid because its density is less than that of the liquid. As described in Archimedes' Principle, the buoyancy forces on an object will be equal to the weight of the liquid displaced. If the density of the object is less than that of the liquid, the weight of the liquid that would be displaced by the volume of the object will be greater than the weight of the object and the object will float. If the density of the object is more than the density of the liquid it would displace when submerged, the object will sink.
density is the ratio of a rocks mass.
Things float better in salt water than fresh water due to the mass and density of the salt as opposed to that of the water. Sodium chloride (Being the classic "salt" people are familiar with) has a density of 2.165 grams per cubic centimeter, while water has a density of 1 gram per cubic centimeter. Thus, when the two are mixed and the salt dissolves evenly throughout the solvent (water), the density increases. At least, in layman terms. Now, an object sinks in a fluid when the density of that object is greater than that of the fluid. Since fresh water has a density of 1, and salt water has some density greater than that (dependent upon how much salt is dissolved in it), then more objects will likely have a density greater than that of the less dense fluid (fresh water) than that of the more dense fluid (salt water) With that logic, fewer objects will have more density than that of salt water, and therefore, more things will float in it.
anya met
Density is how well an object would float when put into water. Water has a density of 1, so if the object floats, it's density is less then 1. If the object sinks, then it's density is greater then 1.
When the density of a object is less than that of the surrounding fluid, the buoyant force is great enough to move it up.
i dont know this is my question
low density, high humidity
Terms and Conditions is correct.
An object will float when submerged into liquid because its density is less than that of the liquid. As described in Archimedes' Principle, the buoyancy forces on an object will be equal to the weight of the liquid displaced. If the density of the object is less than that of the liquid, the weight of the liquid that would be displaced by the volume of the object will be greater than the weight of the object and the object will float. If the density of the object is more than the density of the liquid it would displace when submerged, the object will sink.
"Unsinkable" is a contradiction of terms, as the "Titanic" proved.
Barclaycard has a very long list of terms and conditions for usage. Some of these terms and conditions include no warranty, no liability and the terms of governing law.
Terms >>> implied terms conditions >> "do this and you'll get that" normally under a contract
density is the ratio of a rocks mass.
Usually the terms and conditions of an agreement are located throughout the agreement. The terms will be listed and if it is a contract there will be an area for you to sign the agreement showing that you acknowledge all of the aforementioned terms and conditions.
The expression for the energy density in terms of stress and strain can be expressed as ρe.