3. You observed the effect of pressure on the buoyancy of the Cartesian diver. What is a different variable that you could change the next time you repeat this experiment that might also affect the buoyancy of the diver?

4. How does this experiment relate to what you've learned about submersible technology?



Answer :

Final answer:

Changing the density of the fluid is a variable in the Cartesian diver experiment. This experiment connects to submersible technology through the principles of pressure, buoyancy, and density.


Explanation:

A different variable that could be changed in the Cartesian diver experiment is the density of the fluid. By using fluids with different densities, you can observe how it affects the buoyancy of the diver. For example, using saltwater instead of freshwater would change the density and impact the buoyancy.

This experiment relates to submersible technology as it highlights the importance of understanding pressure, buoyancy, and density in designing and operating underwater vehicles. Engineers use similar principles to control the buoyancy of submarines, allowing them to sink or float as needed.


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