please hlep on the last part with the information given . Based on the calculated densities of the cylinders from Activity 1 and solutions from Activity 2, predict whether each cylinder will float or sink in each of the sucrose solutions and water. Record the predictions in Data Table 4. 2. Test the predictions by placing the aluminum (silver-colored) cylinder in at least the following two solutions: the solution in which you predict the aluminum is most likely to sink, and the one in which you predict the aluminum is most likely to float.

Cylinder Type Mass (g) Height Diameter (cm) (cm) Radius (cm) CU Ulated Volume (cm) Density (g/cm3) Aluminum 4.32 1.3 1.2 0.6 1.47 2.94 Acrylic 1.74 1.3 1.1 0.55 1.24 1.40 Polyethylene 1.52 1.3 1.2 0.6 1.47 1.03 0% 5 33.43 29.13 4.3 10 39.68 29.13 9.55 15 45.38 29.13 16.25 20 49.73 29.13 20.60 25 54.17 29.13 24.98 10% 5 34.67 29.23 5.44 10 39.67 29.23 10.44 15 45.43 29.23 16.70 20 50.43 29.23 21.20 25 53.43 29.23 24.20 20% 5 35.93 29.12 6.81 10 40.07 29.12 10.95 15 46.20 29.12 17.08 20 50.58 29.12 21.73 25 53.63 29.12 24.53 30% 5 33.31 29.13 4.18 10 40.31 29.13 11.18 15 43.65 29.13 14.52 20 51.00 29.13 21.89 25 54.17 29.13 25.04 40% 5 34.10 29.19 4.91 Percentage of Sucrose in Solution Volume (mL) Mass of Solution + Graduated Cylinder (g) Mass of Cylinder (g) Mass of Solution (g) 10 40.55 29.19 11.36 15 44.97 29.19 15.78 20 51.77 29.19 22.19 25 55.70 - 29.19 50% 26.57 a 5 33.37 29.19 4.20 10 - 40.23 29.17 11.06 15 44.17 29.17 15.00 20 51.73 29.17 22.56 25 55.27 29.17 60% 26.10 5 33.76 29.18 4.50 10 40.66 29.18 11.48 15 44.03 29.18 14.85 20 50.77 29.18 21.59 25 55.03 29.18 25.85 Percentage of Sucrose Solution Predictions: Aluminum Cylinder Predictions: Acrylic Cylinder Predictions: Polyethylene Cylinder Observations: Observations: Observations: Aluminum Acrylic Polyethylene Cylinder Cylinder Cylinder 0% 10% 20% 30% 40% 50% 60%