Calculate densities of coke cans by volume and mass
•
0 likes•1,677 views
The document contains a table that calculates and compares the mass, volume, and density of Regular Coke and Coke Zero cans. The density of each can was calculated using the cylinder formula and by submerging the cans in water. The table also records whether each can floats or sinks in water based on whether its density is greater than or less than the density of water.
Recommended
More Related Content
More from César Bárcena
More from César Bárcena (20)
Recently uploaded
Recently uploaded (20)
Calculate densities of coke cans by volume and mass
- 1. Complete the following table. Round your calculations to the nearest hundreths. Regular coke Coke Zero Mass (g) 376 350 Mass (kg) 0.38 0.35 Volume (cm3) Using cylinder formula 360 360 Volume (m3) Using cylinder formula 0.00036 0.00036 Volume (cm3) By submerging it in water 365 365 Volume (m3) By submerging it in water 0.000365 0.000365 Density (g/cm3) Using cylinder formula 1.04 0.97 Density (Kg/m3) = d1 Using cylinder formula 1040 970 Density (g/cm3) By submerging it in water 1.03 0.96 Density (kg/m3) = d2 By submerging it in water 1030 960 Floats Complete with >, < or = d1 > dwater → Floats d1 < dwater → Sinks Sinks Floats Complete with >, < or = d2 > dwater → Floats d1 < dwater → Sinks Sinks