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liquid rope coil effect science fair presentation.
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Explaining the liquid rope coil effect
Liquid rope coil effect
These math equations were used in the escape scene in Ratatouille to help animate the water.
Procedure
Pixar and animation
I measured the viscosity using the marble race method.
I measured the radius using a a stand, a ruler and a construction laser.
Question
Relevance
Hypothesis
Is there a correlation between the viscosity of a fluid and it's maximum coil radius?
There are complex equations that explain these properties in detail. These equations are on display in more places than you might imagine.
I think there will be a correlation between the viscosity of a fluid and its maximum coiling radius.
Lava cooling
Lava also obeys the liquid rope coil effect. Since it is viscous it folds upon itself and makes folded rock formations.
Variables
Dependent variable:
Radius of coil
Independent variable:
Viscosity of sweetener
Controlled variables:
Temperature
Chopstick (diameter and distance)
Jackson Pollack
Jackson Pollack took advantage of the rope coil effect to make some of his paintings.
Data
Conclusion
There is a correlation between the viscosity of a viscous fluid and it's maximum coil radius. From this experiment I learned that honey is more viscous than all of the other sweeteners. I also learned how scary math can seem.