MHB How Do You Calculate the Radius of Curvature for Complex Curves?

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To calculate the radius of curvature for complex curves, one can start with specific examples like the cycloid defined by x = a(θ + sinθ) and y = a(1 - cosθ). Another example involves finding the radius of curvature at the point (3a/2, 3a/2) for the curve defined by x³ + y³ = 3axy. Understanding the concept of radius of curvature and how to derive it from the curvature of a one-dimensional curve is essential. Resources such as textbooks and online articles, including Wikipedia, can provide necessary formulas and explanations. Engaging with the problem independently is crucial for grasping the underlying concepts.
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1) Find the radius of curvature at any point of the cycloid x = a(\theta + sin\theta)y = a(1- cos\theta).
2) Find the radius of curvature at the point (3a/2 , 3a/2) for the curve x3 + y3 = 3axy
 
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What do you mean by "help"? Do your homework for you? It is impossible to actually help without knowing what you do understand and what you can do yourself. Do you know what "radius of curvature" means? Do you know how to find the curvature of a one dimensional curve? Have you not at least attempted to do this problem yourself?

Does your textbook give no formulas for "radius of curvature"? Did you "google" "radius of curvature"? When I did I got https://en.wikipedia.org/wiki/Radius_of_curvature
which seems to be exactly what you need.
 

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