SOLVED: Prove by contradiction that "The Cantor Set is Uncountable"

Construct a two-dimensional Cantor set in the unit square {(x, y): 0 ≤x, y ≤1} as follows. Subdivide the square into nine equal parts and keep only the four closed corner squares, removing the remaining region (which forms a cross). Then repeat this process in a suitably scaled version for the remaining squares, ad infinitum. Show that the resulting set is perfect, has plane measure zero, and equals C ×C. | Numerade

Set Theory (Basics, Definitions, Types of sets, Symbols & Examples)