This is a "visual proof" deriving the volume of a sphere using the fact that if two solids are bound between two planes and their cross sectional areas are equivalent at every instant, then the solids have equal volumes (Cavalieri's Principle). Enjoy!
Using Cavalieri's Principle to derive the volume of a sphere
This is a "visual proof" deriving the volume of a sphere using the fact that if two solids are bound between two planes and their cross sectional areas are equivalent at every instant, then the solids have equal volumes (Cavalieri's Principle). Enjoy!
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