00:01
We note that the equation for density is given by this relationship, where density, which will denote by the greek letter row, is equivalent to z times m, divided by n a times our side length cubed.
00:16
What this means z is our total number of atoms, m is our molar mass, and a is abrogadro's number, and a is our side length.
00:24
A is equivalent to 412 .1 pica meters, which is the same thing as saying 412 .1.
00:30
Point one times 10 to the negative 12 meters.
00:34
We know that the molar weight of our compound is 168 .36 times 10 to the negative third kilograms per mole.
00:46
Now we can find the density of our structure.
00:51
We've got that the density is equivalent to 168 .36 times 10 to the negative third, divided by avragadro's number, multiplied by 412 .12...