Archimedes' Principle
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3 (1 rating)
by David Kwan
| 18 Questions
Note from the author:
This Formative is by: Peter Weise

Density - Archimedes Principle
Students watch a short video from a TED-animation about how Archimedes "discovered" the principle named after him. This activity helps to introduce students to a lesson on density.
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1
The author says that some of the best opportunities to learn are the moments in which we are...
...most self aware.
...prepared.
...perplexed.
...overly excited.
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10
Archimedes is an ancient mathematician and inventor. His discoveries are still important, and we use them today. What is an example of another discovery that Archimedes made that is still used today?
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10
Name other people from ancient history that have made important discoveries.
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1
When and where was Archimedes born?
287 BC; Syracuse
2,000 BC; Manhattan
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10
List five objects that you think are more dense than water.
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10
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How will you determine which objects are the most dense?
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1
What determined how much water was displaced from Archimedes bathtub?
How much of his body was immersed
How hot the water was
How long he stayed in the tub
What type of soap he used
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10
What are some practical applications for Archimedes' Principle. Why do you think it's so important?
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1
What property did Archimedes need to determine in order to solve the king's mystery?
The width of the king's head
The weight of silver
The density of the crown
The cost of the crown
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1
These days, using the way an object displaces water to determine volume is called:
The Bathtub Principle
Archimedes' Prinicple
The Principal's Office
Water Displacement Principle
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20
Collect a rock from your teacher and determin its density using the form below.
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1
What was the density of your group's rock?
(remember to use units and sig figs)
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20
Show how one would set up a ratio to determine the mass of a substance with a density ofÂ 8.2 g/mL and a volume of 2.0 mL. Determine the mass
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20
Show how one would set up a ratio to determine the volume of a substance with a density of 4.2 g/mL and a mass of 8.6 g. Determine the volume.
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