Real Variables - Final Flashcards

1
Q

relation

A

1

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2
Q

countable - defn + remark + lemma + theorem

A

2

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3
Q

partial order, linear order, ex, ex

A

3

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4
Q

well-ordered - defn, theorem, well-order, ex, 3 properties

A

4

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5
Q

initial segment

A

5

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6
Q

Principle of Transfinite Induction

A

6

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7
Q

Theorem (union of initial segments)

A

7

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8
Q

order isomorphic - defn, ex, Theorem (+ proof), Corollary, Proposition

A

8

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9
Q

transfinite recursion

A

9

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10
Q

Well-ordering Theorem

A

10

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11
Q

Axiom of Choice

A

11

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12
Q

cardinality - defn, Theorem, Corollary

A

12

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13
Q

Cantor-Schrider-Bernstein Theorem

A

13

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14
Q

card(P(A))

A

14

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15
Q

cardinal arithmetic - defn, Theorem

A

15

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16
Q

Zorn’s Lemma

A

16

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17
Q

Hausdorff Maximal Principle

A

17

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18
Q

important equivalence (TFAE)

A

18

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19
Q

A^|B| - defn, Theorem

A

19

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20
Q

algebra, sigma-algebra, ex, ex

A

20

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21
Q

finitely additive, premeasure, measure, ex, ex, finite, probability, sigma-finite, semi-finite

A

21

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22
Q

disjointification Lemma

A

22

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23
Q

A(E), M(E), Proposition, B_X, G_delta, F_sigma, Proposition (about B_R)

A

23

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24
Q

elementary family - defn, Proposition

A

24

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25
Q

measurable space

A

25

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26
Q

continuous from below/above, continuous from above at 0, Proposition

A

26

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27
Q

complete measure space

A

27

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28
Q

outer measure - defn, proposition, µ* measurable

A

28

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29
Q

Caratheodory + following proposition

A

29 / 30

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30
Q

J1.1 (elementary family)

A

31

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31
Q

µ_F Theorem, completion

A

32

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32
Q

regularity properties of Lebesgue-Stiltjes measure

A

33

33
Q

Theorem (E ∈M_µ, TFAE)

A

34

34
Q

cantor set - defn, ex, ex, Theorem

A

35

35
Q

Fat Cantor sets

A

36

36
Q

non-measurable set

A

37

37
Q

J1.17 (weird set C)

A

38

38
Q

measurable function - defn, proposition, proposition, proposition, proposition

A

39

39
Q

simple function

A

40

40
Q

important approximation theorem - 3 parts

A

41

41
Q

f=g a.e., Proposition

A

42

42
Q

integral of simple, proposition (6 properties), integral of arbitrary f

A

43

43
Q

monotone convergence theorem

A

44

44
Q

Fatou’s lemma

A

45

45
Q

dominated convergence theorem, v1

A

46

46
Q

Dini’s Theorem

A

47

47
Q

µ-integrable, Proposition, Proposition

A

48

48
Q

Generalized dominated convergence theorem

A

49

49
Q

norm on L1(µ), Properties (3), Proposition (3), Theorem

A

50

50
Q

Theorem: Lebesgue Stieltzes vs Riemann

A

52

51
Q

oscillation, omega(f,x)(epsilon), omega(f,x), Lemma

A

51

52
Q

D(g) gives existence of integral

A

53

53
Q

converges in measure, equivalence, Cauchy in measure, Theorem, Proposition, Theorem

A

54

54
Q

almost uniformly, Theorem

A

55

55
Q

Egoroff’s Theorem

A

56

56
Q

metric on L_C(\M)

A

57

57
Q

types of convergence (refresher, 6 types), implies

A

58

58
Q

product of measure spaces, Theorem

A

59

59
Q

Tonelli’s Theorem

A

60

60
Q

Fubini’s Theorem

A

61

61
Q

Approximation properties of m^n

A

62

62
Q

uniqueness of Haar measure on R^n

A

63

63
Q

signed measure

A

64

64
Q

positive/negative/null for nu

A

65

65
Q

Hahn-Decomposition Theorem

A

66

66
Q

mutually singular (perp)

A

67

67
Q

Jordan Decomposition

A

68

68
Q

absolutely continuous wrt

A

69

69
Q

Lebesgue Decomposition Theorem

A

70

70
Q

Radon-Nikodyn Theorem + Theorem (epsilon-delta) + Proposition (2 parts)

A

71

71
Q

covering lemma

A

72

72
Q

locally integrable + Ar(f) + Hardy-Littlewood Maximal function + Lemma + Theorem (epsilon) + Theorem (limit)

A

73

73
Q

Lebesuge set of f + Theorem + Comment 1 + Lebesgue Density Theorem

A

74

74
Q

shrinks nicely + Lebesgue Differential Theorem

A

75

75
Q

Theorem (limit r->0)

A

76

76
Q

differentiation on R (3 parts)

A

77

77
Q

bounded variation + remarks + 10 properties + NBV + Theorem

A

78

78
Q

F absolutely continuous + Theorem (NBV) + Propositon (3 parts) + Theorem (integral)

A

79