Question

1. the data table in question 6 should allow you to state a relationship between the variables involved in the classs experiment. complete the following statement: as the volume of copper increases, the mass of copper _____. 6. propose a better way to organize the data in model 1, and transcribe the data into the table below.

Explanation:

Step1: Analyze the data in the table

We observe that as the volume of copper (in $cm^{3}$) increases, the mass of copper (in g) also increases.

Step2: Determine the relationship

The relationship between mass and volume for a substance is given by density. For copper, since the mass - volume relationship is linear (as volume increases, mass increases proportionally), we can say that the mass of copper is directly proportional to its volume. Mathematically, $m=
ho V$, where $m$ is mass, $
ho$ is density (constant for copper), and $V$ is volume.

Answer:

The mass of copper is directly proportional to its volume.