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1
Introduction by Michael Reynolds
2
Curvature and area circle in particular
3
Formula for the area of a circle
4
Fundamental formula of Algebraic Calculus
5
The area formed from the origin
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General cubic function
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Parabolic case and Archimedes formula
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Scale factor 4:3 to get cubic areas also
Description:
Explore an advanced mathematics lecture extending Archimedes' parabolic area formula to cubic functions. Delve into the historical significance of this calculus computation and its modern applications using projective geometry and Algebraic Calculus. Learn how the formula remarkably extends to cubics by reframing it to involve the unique point at infinity. Examine the limitations of this approach for higher-degree polynomials. Gain insights into a modern approach to curves and surfaces that combines historical perspectives with contemporary linear algebra and algebraic analysis techniques.

Extending Archimedes' Parabolic Area Formula to Cubics - Algebraic Calculus

Insights into Mathematics
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