A. Choose same Volume (should be 5.00 L) Q1) Knowing this volume, what is the maximum buoyancy force on these block when fully submerged: B. Predict Q1) Before putting them in the water, predict which ones will sink and which will float: Red . Green Blue Yellow Q2) Which ones floated when you put them individually in the water? Red . Green Blue Yellow C. Densities Q1) What are the densities of each block: Red . Green Blue Yellow D. Stacking Q1) Knowing the volumes, masses, and densities what combinations of blocks will float when stacked? E. Same Density Click on the same density option.E. Same Density Click on the same density option. Q1) What is the density of any one of these blocks? F. Volume Click on the same density option. Q1) Knowing this density and the masses, what are the volumes of each block? Red . Green Blue Yellow G. Stacking: Analysis Play around stacking different coombinations= Q1) What do you notice about the volume of the water and the masses, when your combination floats? Part 5: Summing Up A. Summing UpQ1) In all situations, how does the buoyant force acting on an object compare to the weight of the water displaced by that object? Q2) Some blocks floated, some did not. What condition-in terms of forces-is required for an object to float? Q3) What is the condition for floating in terms of object and fluid densities? Part 6: Going Further A. Mystery Density. Choose the mystery option. Q1) Find the densities of each block in each set. 18_ 1b . 1c 1d 10