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2 maj 2013 · A simple experiment where if you put an object in a container of water, the water rises. The water rises is equal to the volume of the object dropped. This i...
30 maj 2010 · 4. 3K views 13 years ago. My daughter and I do an experiment from "Archimedes and the Door of Science" for your edification. We learn that an object will displace a weight of water equal to...
Year 8 travelled to Gordon Primary school to find out about Archimedes.
When the water was pushed to the bottom (or filled with water), the jar sunk as the amount of water it displaced was equal to the jar's volume. Archimedes' Principle states the amount of liquid displaced is directly related to its weight.
Explore Archimedes' principle and the buoyant force in fluid dynamics. Understand how pressure varies with depth and acts in all directions, leading to the upward net force on submerged objects. This principle explains why objects float and is key to fluid displacement and the concept of buoyancy.
Hey, when I put Archimedes back in the water, it's that same liquid that gets displaced, isn't it? That means our buoyant force should equal the weight of the displaced liquid. The Archimedes' principle, eureka.
Recreate Archimedes' Water Displacement Experiments. You Need: A graduated measuring jug or cylinder; Water; Three similar sized objects, such as three pebbles (limestone, granite and brick), three metal objects (iron, lead and aluminum are good choices) or three beads (wood, glass and metal).
