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Case 1: 1. Select Environment Earth (9=9.8 m/s) Mass of solid in Air Dip object: 0% immersed 2. Select the iron Block 3. Determine the weight of the cube (in air) Fat - 4. Now Fill the metal Block to overflowing 5. Submerge the cube in the water 6. catch the displaced water in the catch can. [Try to change the mass of solid in to tap water and dip object to 100% immersed] 7. Select Environment Earth (9 9.8 m/s7) Mass of solid in Tap water Dip object: 100% immersed 8. Determine the apparent weight of the cube while fully submerged in water E- 9. Calculate the buoyant force FE 10. Determine the mass of the displaced water In displaced waren- 11. Determine the weight of the water displaced by the object F displaced water = 12. Determine % difference between the values determined at part 3 and 5. % difference = Determine the density of a sinking object. The volume of the water displaced is the same with the volume of the object so: Qua = Fair (Fair Ewand 13. Find the Density of Iron block 14. Calculate the % error identifying the metal [Quo - 7874 kg/m , Acamnet - 8950 kg/m3] % error - Case 2: - Repeat Steps 2-13 for Copper Block