Question

if a student takes different volume data points, will they get the same value for the density of their solutions? explain your answer.

Explanation:

Density is an intensive property. It is defined as mass per unit volume ($
ho=\frac{m}{V}$). For a pure homogeneous solution at a constant temperature and pressure, the ratio of mass to volume remains the same regardless of the amount (volume) of the sample taken. So long as the nature of the solution doesn't change, different volume data - points will yield the same density value.

Answer:

Yes, they will get the same value for the density of their solutions because density is an intensive property and for a homogeneous solution at constant conditions, the mass - to - volume ratio is constant regardless of the volume of the sample.