Question

What should I be able to do with this chapter on Axiomatic Set Theory in order to check if I've learned it decently?

score 210 · Answer 1 · 2012-09-04 10:07:30

210

Views

What should I be able to do with this chapter on Axiomatic Set Theory in order to check if I've learned it decently?

Published on 04 Sep 2012 - 10:07

score 500 · Answer 2 · 2026-03-28 16:03:53

500

Views

Axiomatic system and Hilbert's 2nd problem

Published on 28 Mar 2026 - 16:03

score 1k · Answer 3 · 2012-09-07 13:11:54

1k

Views

Prove$ L^2$ inner product satisfies positivity

Published on 07 Sep 2012 - 13:11

score 4.5k · Answer 4 · 2012-09-09 01:58:26

4.5k

Views

Proving $1 > 0$ using only the field axioms and order axioms

Published on 09 Sep 2012 - 1:58

score 8.3k · Answer 5 · 2012-09-16 13:26:48

8.3k

Views

The product of any number and zero is zero

Published on 16 Sep 2012 - 13:26

score 878 · Answer 6 · 2012-09-22 20:21:25

878

Views

Please help. Great confusion about the "two levels of discourse'' mathematical logic.

Published on 22 Sep 2012 - 20:21

score 13k · Answer 7 · 2012-09-30 13:41:52

13k

Views

Axiom of Regularity

Published on 30 Sep 2012 - 13:41

score 48 · Answer 8 · 2026-03-30 23:18:38

48

Views

Is this definition true about comparisons of sets?

Published on 30 Mar 2026 - 23:18

score 3k · Answer 9 · 2012-10-14 14:16:28

3k

Views

Where is axiom of regularity actually used?

Published on 14 Oct 2012 - 14:16

score 399 · Answer 10 · 2012-10-15 20:21:47

399

Views

The real numbers and the axiom of foundation

Published on 15 Oct 2012 - 20:21

score 146 · Answer 11 · 2012-10-20 12:58:27

146

Views

What will happen when Ax.Inf is replaced to its negation in ZFC?

Published on 20 Oct 2012 - 12:58

score 638 · Answer 12 · 2012-11-04 00:21:45

638

Views

Why do we need the axiom of completeness? Why won't Cantor's diagonalization work without it?

Published on 04 Nov 2012 - 0:21

score 184 · Answer 13 · 2012-11-17 01:21:13

184

Views

Should every line be infinite in both two directions?

Published on 17 Nov 2012 - 1:21

score 123 · Answer 14 · 2012-11-29 22:18:28

123

Views

Prove that (M,+,*) is a field

Published on 29 Nov 2012 - 22:18

score 96 · Answer 15 · 2012-11-30 09:51:28

96

Views

In class universe, on what basis can a conclusion that every element of a set is set be made?

Published on 30 Nov 2012 - 9:51

List Question

What should I be able to do with this chapter on Axiomatic Set Theory in order to check if I've learned it decently?

Axiomatic system and Hilbert's 2nd problem

Prove$ L^2$ inner product satisfies positivity

Proving $1 > 0$ using only the field axioms and order axioms

The product of any number and zero is zero

Please help. Great confusion about the "two levels of discourse'' mathematical logic.

Axiom of Regularity

Is this definition true about comparisons of sets?

Where is axiom of regularity actually used?

The real numbers and the axiom of foundation

What will happen when Ax.Inf is replaced to its negation in ZFC?

Why do we need the axiom of completeness? Why won't Cantor's diagonalization work without it?

Should every line be infinite in both two directions?

Prove that (M,+,*) is a field

In class universe, on what basis can a conclusion that every element of a set is set be made?

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