Mass Pan = 260 g Mass of Pan with Displaced Water = 4045 g Find the mass of the

Question

Mass Pan = 260 g
Mass of Pan with Displaced Water = 4045 g

Find the mass of the displaced water for the regular soda can by subtracting the mass of the pie pan from the previous mass of pie pan with displaced water:

Mass of Displaced Water for Regular Soda = ??g

Find the mass of the displaced water for the diet soda can using the same procedure.

Mass of Displaced Water for Diet Soda = ?? g

For the floating diet soda can, the mass of the displaced water is equal to the mass of the can. Therefore, the soda can density equals the mass of the displaced water which you weighed. Calculate this density;

Density of Diet Soda Can using Archimedes Principle = ?? g/mL

Find the percent difference in this density and the density you found originally (step 2):
Percent Difference = (Difference in Densities ? Original Density) x 100% (Take absolute value if negative)

Explanation / Answer

4045-260 = 3785g

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