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The Density Column

The Density Column. Using Density to Predict Position If we put a solid into a liquid, and the solid is more dense than the liquid it will If the liquid

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Page 1: The Density Column. Using Density to Predict Position If we put a solid into a liquid, and the solid is more dense than the liquid it will If the liquid

The Density Column

Page 2: The Density Column. Using Density to Predict Position If we put a solid into a liquid, and the solid is more dense than the liquid it will If the liquid

Using Density to Predict Position

If we put a solid into a liquid, and the solid is more dense than the liquid it will

If the liquid is more dense then the solid will

The same thing goes for all liquids. The least dense floats on top of more dense.

sink

Float

Page 3: The Density Column. Using Density to Predict Position If we put a solid into a liquid, and the solid is more dense than the liquid it will If the liquid

Question…

If the lead weight is dropped into the beaker of water… will it sink or float?

d= 11.4 g/mlWhat will happen if it is dropped into the mercury?

Page 4: The Density Column. Using Density to Predict Position If we put a solid into a liquid, and the solid is more dense than the liquid it will If the liquid

ALL solids have the same volume of 15.6 ml

Masses: Calculate the densities first!

pine = 5.4g acrylic = 17.3g steel = 128.5g

wax = 9.8g pvc = 13.7g

Draw the column with the densities

Page 5: The Density Column. Using Density to Predict Position If we put a solid into a liquid, and the solid is more dense than the liquid it will If the liquid

ALL solids have the same volume of 15.6 ml

Masses:

pine = 5.4g acrylic = 17.3g steel = 128.5g

wax = 9.8g pvc = 13.7g