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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 (cm 3 ) Using cylinder formula 360 360 Volume (m 3 ) Using cylinder formula 0.00036 0.00036 Volume (cm 3 ) By submerging it in water 365 365 Volume (m 3 ) By submerging it in water 0.000365 0.000365 Density (g/cm3) Using cylinder formula 1.04 0.97 Density (Kg/m3) = d 1 Using cylinder formula 1040 970 Density (g/cm 3 ) By submerging it in water 1.03 0.96 Density (kg/m 3 ) = d 2 By submerging it in water 1030 960 Complete with >, < or = Floats d1 > d water Sinks Floats d1 < d water Sinks Complete with >, < or = Floats d2 > d water Sinks Floats d1 < d water Sinks

Float or sink? Calculations

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Float or sink?

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Page 1: Float or sink? Calculations

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 formula1040 970

Density (g/cm3)By submerging it in water

1.03 0.96

Density (kg/m3) = d2

By submerging it in water1030 960

Complete with >, < or =

Floats d1 > dwater → Sinks

Floats d1 < dwater → Sinks

Complete with >, < or =

Floats d2 > dwater → Sinks

Floats d1 < dwater → Sinks