the equation $d = \\frac{13}{v}$ shows that the density of a particular substance equals a mass of 13 grams…

the equation $d = \\frac{13}{v}$ shows that the density of a particular substance equals a mass of 13 grams divided by the volume of the substance. what happens to the density as the volume approaches 0?\nthe density approaches infinity.\nthe density approaches 0.\nthe density approaches 1.\nthe density approaches 13.

the equation $d = \\frac{13}{v}$ shows that the density of a particular substance equals a mass of 13 grams divided by the volume of the substance. what happens to the density as the volume approaches 0?\nthe density approaches infinity.\nthe density approaches 0.\nthe density approaches 1.\nthe density approaches 13.

Answer

Explanation:

Step1: Recall density - volume relationship

The density formula is $D=\frac{13}{V}$, where $D$ is density and $V$ is volume.

Step2: Analyze limit as volume approaches 0

We consider $\lim_{V\rightarrow0}\frac{13}{V}$. As $V$ gets closer and closer to 0 (while remaining positive), the value of $\frac{13}{V}$ gets larger and larger. Mathematically, $\lim_{V\rightarrow0^{+}}\frac{13}{V}=\infty$.

Answer:

The density approaches infinity.