Kepler Problem
Inscribe in a given sphere a cylinder with a maximal volume. Solution: the cylinder with height 2R/sqrt(3) and diameter of the base 2Rsqrt(2/3). Problem proposed by Roni Levy in the Calgeo Workshop.
Return to Gallery
Produced with EucliDraw©
http://users.math.uoc.gr/~pamfilos/
![[alogo]](alogo.png){kind=small}
Kepler Problem ![[0_0]](KeplerProblem_files/KeplerProblem_0_0_0.png)
![[0_1]](KeplerProblem_files/KeplerProblem_0_0_1.png)
![[0_2]](KeplerProblem_files/KeplerProblem_0_0_2.png)
![[0_3]](KeplerProblem_files/KeplerProblem_0_0_3.png)
![[0_4]](KeplerProblem_files/KeplerProblem_0_0_4.png)
![[1_0]](KeplerProblem_files/KeplerProblem_0_1_0.png)
![[1_1]](KeplerProblem_files/KeplerProblem_0_1_1.png)
![[1_2]](KeplerProblem_files/KeplerProblem_0_1_2.png)
![[1_3]](KeplerProblem_files/KeplerProblem_0_1_3.png)
![[1_4]](KeplerProblem_files/KeplerProblem_0_1_4.png)