The equation D= 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?
The density approaches inn.
The density approaches 0
The density approaches 1.
The density approaches 13

Notice that you are in the presence of a quotient between a fixed number in the numerator 913), and a number in the denominator with is reducing approaching zero.

The smaller the denominator , the largest the quotient, so as the denominator approaches a very small number, the quotient becomes enormous.

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The equation D= 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? The density approaches inn. The density approaches 0 The density approaches 1. The density approaches 13

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The equation D= 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?
The density approaches inn.
The density approaches 0
The density approaches 1.
The density approaches 13