How does mass affect density? How does volume affect density?

Osmosis is a passive process and involves the of water molecules from where there is a high water potential to where there is a lower water potential down the water...

For a given substance, its tells you the mass occupied by one unit of volume of that substance. In essence, is a measure of how well the molecules of...

From above, $"Volume"$ $=$ $"Mass"/rho$, for a copper volume of $45$ $cm^3$, we simply multiply by $rho$ to get mass: $"Mass"$ $=$ $rhoxx"volume"$ $=$ $8.920*g*cancel(cm^-3)xx45*cancel(cm^3)$ $=$ $??g$ For the volume...

In order to determine the density of a substance, you need to know its mass and volume. To find the mass of the corn oil, subtract the mass of...

$rho="Mass"/"Volume"=(16*g)/(8*cm^-3)$ $=$ $??*g*cm^-3$ And the volume of each piece is $??*cm^3$.

And thus mass is simply the product: $"mass"$ $=$ $"volume "xx" density"$. For your problem, $"mass"$ $=$ $5.6*g*cancel(mL^-1)xx3.7*cancel(mL)$ $=$ $??g$ Note that using the units in the calculation automatically gives...

Also in organic chemical if you insert an atom of a halogen element (especially bromine and iodine) the density of a hydrocarbon molecule increases very much.

If there are two an element $"Average atomic mass" = "mass"_axx "fract"_a + "mass"_b xx "fract"_b$ In the given problem about Hafnium, 5 isotopes have been given. Extending the...

Atoms with a lower have a greater than the atom with the higher atomic weight because the atoms are tightly packed together. The volume of a material can change with...

The $"Average Atomic Mass"$ of an element is defined as "the weighted average mass of all naturally-occurring (occasionally radioactive) of the element." (and hence the name "average") [1] Dividing the...