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15
Math.TechQA.Club
2024-01-28 17:45:02
69
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Exercise 7.1.6 Introduction to Set Theory by Hrbacek and Jech
Published on
28 Jan 2024 - 17:45
#set-theory
#ordinals
#well-orders
77
Views
Hessenberg sum/natural sum of ordinals definition
Published on
28 Jan 2024 - 18:38
#elementary-set-theory
#set-theory
#ordinals
#well-orders
1.4k
Views
Shouldn't the Well Ordering Principle apply only to sets with at least two elements?
Published on
29 Jan 2024 - 18:41
#set-theory
#well-orders
34
Views
The arithmetic of first uncountable ordinal number
Published on
30 Jan 2024 - 16:47
#general-topology
#well-orders
89
Views
Order type of N and Q
Published on
25 Feb 2024 - 11:34
#integers
#natural-numbers
#well-orders
48
Views
Detemine whether the interval [4,8] is well-ordered. Explain.
Published on
05 Mar 2024 - 14:37
#discrete-mathematics
#well-orders
61
Views
Is it consistent with ZC that a well-order of type $\omega_\omega$ does not exist?
Published on
05 Mar 2024 - 15:32
#set-theory
#cardinals
#well-orders
76
Views
Given two well-orders $\langle A,R \rangle$ and $\langle B,S \rangle$, one of the following holds.
Published on
20 Mar 2024 - 1:01
#set-theory
#well-orders
64
Views
Law of Trichotomy for Well-Orderings
Published on
27 Mar 2024 - 16:43
#elementary-set-theory
#set-theory
#order-theory
#well-orders
49
Views
Is this set uncountable? $A = \{A_n \colon n \in \mathbb{N}\}$ where $A_n$ is the set $\mathbb{N}$ with the number $n$ removed from it
Published on
30 Mar 2024 - 17:04
#elementary-set-theory
#well-orders
2.2k
Views
Explicit well-ordering of $\mathbb Q$
Published on
08 Mar 2015 - 12:21
#elementary-set-theory
#well-orders
1k
Views
Is there any known uncountable set with an explicit well-order?
Published on
15 Mar 2015 - 21:20
#set-theory
#well-orders
357
Views
Partial order and total order
Published on
05 Sep 2015 - 5:42
#proof-writing
#relations
#order-theory
#well-orders
3.1k
Views
Any Set of Ordinals is Well-Ordered
Published on
19 Nov 2015 - 21:01
#elementary-set-theory
#ordinals
#well-orders
695
Views
Well-orderings of $\mathbb R$ without Choice
Published on
10 Jun 2016 - 4:00
#set-theory
#cardinals
#real-numbers
#ordinals
#well-orders
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