TED-Ed: Tomás Chor: Turbulence: one of the great unsolved mysteries of physics

Turbulence is a complex and ubiquitous phenomenon affecting various systems with moving fluids. It involves chaotic flows and is influenced by forces like inertia and viscosity. The Reynolds number helps measure the likelihood of turbulence. Despite its prevalence, predicting turbulence remains challenging due to its sensitivity to disruptions and the influence of external factors. Advances in computing may aid in developing a unified theory. Understanding turbulence could lead to significant benefits, such as improved weather prediction and more efficient energy systems.

What are the two types of motion that liquids and gases usually have?

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How does turbulence differ from randomness?

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Why is it difficult to predict the behavior of turbulent flows?

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What is the process called when movement in turbulent flows is transformed into heat?

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What are the two opposing forces present in every flowing liquid or gas?

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What does the Reynolds number measure?

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What are some potential benefits of understanding turbulence better?

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