In science, volume is always measured with liters.
The water would have the same density anywhere it is.
No, an aquamarine with a density of 2.63 g/cm^3 would sink in water, as the density of water is 1 g/cm^3. Objects with a density greater than that of water will sink, while objects with a density less than that of water will float.
im thinking that the ocean water would be more heavy than the ocean currents
For practical purposes water is not compressible, and thus the density would be the same. However, it is possible you would find the density of water 1 mile deep in the ocean would be higher than the density at the surface.
By forcing currents to go over or under other currents depending on the density of the current
The units of probability density are typically expressed as the reciprocal of the units of the variable being measured. For example, if the variable is measured in meters, the units of probability density would be expressed as 1/meters.
That would be Saturn, since it lacks in density it would be light enough to float in an ocean big enough for it.
1.15 times the density of water, in whatever units you choose.
2 Hounsfield units of fluid would mean that the fluid has a density slightly above that of water. In plain language, this indicates that the fluid is relatively clear and has a density similar to water on a CT scan.
The density of surface seawater ranges from about 1.020 to 1.029 g·cm-3, depending on the temperature and salinityThe average density of seawater at the surface of the ocean is 1.025 g/ml; seawater is denser than freshwater (which reaches a maximum density of 1.000 g/ml at a temperature of 4°C) because of the added mass of the salts.
It depends on the units you are using for density.Typically, water is thought to have a density of "1" at 4 degrees Celcius. But that is assuming you are using (g/cm3) as your units.Density of water is dependent upon other factors such as impurities in the water as well.
g/mL or # times more dense than water Actually, # times more dense than water is (a) called the specific gravity (not density), and (b) depends on the temperature of the water being used as a reference.