Let X be a random variable with density equal to one of possible densities .

Temperature and salinity combine to form the water's density, which is represented in the diagram by lines of equal density.

We shall assume that the two kinds of particles have equal densities and move in opposite directions.

It does not enhance with contrast, and has a density equal to that of water.

Replies: Yes, it is possible to have two liquids that are immiscible and yet have equal densities.

Currently the best known result is that there exists a lattice in dimension n with density bigger or equal to for some number c.

In every experiment, cells were plated at equal density for each treatment group.

One way to understand this is that the unordered sample does have constant density equal to 1, and that there are n!

Only gasses have a density similar or equal to the air.

Planet X was estimated at about the size of Earth, and of equal density.