1.1: 1.2 1.3: 1.4: 1.5: 1.6: 1. Experimental Validity of Archimedes' Principle Change the density of the block (the simulation calls it a \"body\") to that of aluminum (2.7 g/cm3), and make sure the density of the liquid is set to that of water (1.0 g/cm3). Also record the volume and weight of the block. hon-atlas: m_ at wow IE: =- mw-m a..- n-m-t w Assuming the block will be completely submerged when placed in the central pool of water, use the volume of block and the density of water calculate the buoyant force on the block, F3. The block is hanging from a force sensor, which is effectively a hanging scale. You should see that the weight of the block and the measured force are identical on the right side of the simulation. Lower the block into the central pool of water until it is completely submerged. Record the effective weight (the \"Measured force\") of the block. Does your buoyant force calculated in 1.2 agree with that given by the simulation now that the block is submerged? Place the aluminum block back on the land and alter its volume to 1.5 L. Repeat steps 1.1 to 1.3 with this new value for volume. Place the aluminum block back on the land and alter its volume to 2.5 L. Repeat steps 1.1 to 1.3 with this new value for volume. Record the results of your previous steps in a table with the following columns. Column 1 (V) is the volume of the block, column 2 (W0) is the weight of the block outside of the fluid, column 3 (W) is the weight of the block inside of the fluid, and column 4 (F3) is the buoyant force on the block when it is submerged in the fluid