![SOLVED: 1. (5 marks) The Cantor set: In this question we will define the Cantor set To solve this problem you will need to identify one of the Cantor Set's important properties. SOLVED: 1. (5 marks) The Cantor set: In this question we will define the Cantor set To solve this problem you will need to identify one of the Cantor Set's important properties.](https://cdn.numerade.com/ask_images/b70be1663a164b5d8b7309a844633e3e.jpg)
SOLVED: 1. (5 marks) The Cantor set: In this question we will define the Cantor set To solve this problem you will need to identify one of the Cantor Set's important properties.
![Heine-Cantor Theorem by Susan F. Henssonow, Lambert M. Surhone, Mariam T. Tennoe | 9786131274336 | Reviews, Description and More @ BetterWorldBooks.com Heine-Cantor Theorem by Susan F. Henssonow, Lambert M. Surhone, Mariam T. Tennoe | 9786131274336 | Reviews, Description and More @ BetterWorldBooks.com](https://images.bwbcovers.com/613/Heine-Cantor-Theorem-9786131274336.jpg)
Heine-Cantor Theorem by Susan F. Henssonow, Lambert M. Surhone, Mariam T. Tennoe | 9786131274336 | Reviews, Description and More @ BetterWorldBooks.com
![Continuing our journey into the world of finite calculus, TRM intern Gavin Bala explains how finite integration works, including 'summation by parts' and an extremely clever derivation of Binet's formula for the Continuing our journey into the world of finite calculus, TRM intern Gavin Bala explains how finite integration works, including 'summation by parts' and an extremely clever derivation of Binet's formula for the](https://external-preview.redd.it/XGDBKmByIkQHVWXYLewaHeGgRF5_v3Pf_CXDuK00v4k.jpg?auto=webp&s=b6806c46945a5b5583c4b861431244193723e6de)
Continuing our journey into the world of finite calculus, TRM intern Gavin Bala explains how finite integration works, including 'summation by parts' and an extremely clever derivation of Binet's formula for the
![Historical Note von Neumann's original proof (1928) used Brouwer's fixed point theorem. Together with Danzig in 1947 they realized the above connection. - ppt download Historical Note von Neumann's original proof (1928) used Brouwer's fixed point theorem. Together with Danzig in 1947 they realized the above connection. - ppt download](https://slideplayer.com/slide/14030235/86/images/47/2D-Brouwer+on+the+Square.jpg)