Archimedes derives the volume of a sphere formula Archimedes derives the volume of a sphere formula begin-post-stats Gary Rubinstein • 24K views end-post-stats begin-duration 10:00 end-duration Math topics: _Surfaces_##Surfaces##_Cylinder_(geometry)_##Cylinder (geometry)##_Sphere_##Sphere##_Cone_##Cone##_Elementary_geometry_##Elementary geometry##_Diagonal_##Diagonal##_Parallel_(geometry)_##Parallel (geometry)##_Line_(geometry)_##Line (geometry)##_Triangle_geometry_##Triangle geometry##_Right_triangle_##Right triangle##_Triangle_##Triangle##_Altitude_(triangle)_##Altitude (triangle)##_Algebra_##Algebra##_Algebra_##Algebra##_Dimension_##Dimension##_Square_(algebra)_##Square (algebra)##_Mathematical_constants_##Mathematical constants##_Circle_##Circle##_Pi_##Pi##_1_(number)_##1 (number) Other topics: _Mathematical_logic_##Mathematical logic##_Proof_theory_##Proof theory##_Mathematical_proof_##Mathematical proof##_Equality_(mathematics)_##Equality (mathematics)##_Classical_mechanics_##Classical mechanics##_Center_of_mass_##Center of mass##_Motion_(physics)_##Motion (physics)##_Lever_##Lever video-id: -HchPhg4x10 channel_Gary_Rubinstein_ So What Learning Algebra , Classical mechanics , Elementary geometry , Mathematical constants , Mathematical logic , Surfaces , Triangle geometry Monday, January 22, 2018 Share Share
