Volume (mL) Mass of Empty Mass of Cylinder Mass of Density Cylinder and Sample of Sample of (g/mL) CE Liquid Liquid (g) CL CL- CE (g) (g) 10.0 20.0 30.0 40.0 50.0 Data Table for Green Liquid Volume (mL) Mass of Empty Mass of Cylinder Mass of Density Cylinder and Sample of Sample of (g/mL) CE Liquid Liquid (g) CL CL- CE (g) (g) 10.0 20.0 30.0 40.0 50.0 Analysis Questions: Which variable, mass or volume, is considered the test variable (independent variable) in this experiment? Which variable, mass or volume is considered the outcome variable (dependent variable) in this experiment? As the volume increases, what happens to the mass of each sample? Compare your density calculations for the red liquid. Should the density be the same in each instance? Explain your answer. Will this also be true for the blue and green liquids? Analyze your data and determine which liquid is most dense and which one is least dense. Focusing on the mass and volume of each liquid. Identify what the relationship is between mass and volume in terms of density. Predict what would happen to the liquids, if you carefully poured each liquid into a clear container. Write an explanation that differentiates the difference between each liquid of how and why they layered that way including the relationship of density to the location of each liquid.
Volume (mL) Mass of Empty Cylinder CE (g) Mass of Cylinder and Sample of Liquid CL (g) Mass of Sample of Liquid CL- CE (g) Density (g/mL) 10.0 20.0 30.0 40.0 50.0 Data Table for Green Liquid Volume (mL) Mass of Empty Cylinder CE (g) Mass of Cylinder and Sample of Liquid CL (g) Mass of Sample of Liquid CL- CE (g) Density (g/mL) 10.0 20.0 30.0 40.0 50.0 Analysis Questions: Which variable, mass or volume, is considered the test variable (independent variable) in this experiment? Which variable, mass or volume is considered the outcome variable (dependent variable) in this experiment? As the volume increases, what happens to the mass of each sample? Compare your density calculations for the red liquid. Should the density be the same in each instance? Explain your answer. Will this also be true for the blue and green liquids? Analyze your data and determine which liquid is most dense and which one is least dense. Focusing on the mass and volume of each liquid. Identify what the relationship is between mass and volume in terms of density. Predict what would happen to the liquids, if you carefully poured each liquid into a clear container. Write an explanation that differentiates the difference between each liquid of how and why they layered that way including the relationship of density to the location of each liquid.