Are there any good introductory textbook to cover all these topics?

zli034
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Linear Spaces
Norms and inner products
Holder’s inequality
Minkowski’s inequality
Normed linear spaces
Cauchy sequences and complete spaces
Banach spaces
Reitz representation theorem
Hilbert spaces
Orthogonal bases
Generalized Fourier expansions

Lebesgue Measure and Integration
Sigma fields
Lebesgue outer measure
Lebesgue measurability of sets
Borel sets
Measurable functions
Lebesgue’s Theorem
Egoroff’s Theorem
Lebesgue Integration
Bounded convergence theorem
Fatou’s lemma
Monotone convergence theorem
Dominated convergence theorem
Absolute continuity
 
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Real analysis by Yeh covers most of these topics very well!
 
Hi all, I've been a roulette player for more than 10 years (although I took time off here and there) and it's only now that I'm trying to understand the physics of the game. Basically my strategy in roulette is to divide the wheel roughly into two halves (let's call them A and B). My theory is that in roulette there will invariably be variance. In other words, if A comes up 5 times in a row, B will be due to come up soon. However I have been proven wrong many times, and I have seen some...
Thread 'Detail of Diagonalization Lemma'
The following is more or less taken from page 6 of C. Smorynski's "Self-Reference and Modal Logic". (Springer, 1985) (I couldn't get raised brackets to indicate codification (Gödel numbering), so I use a box. The overline is assigning a name. The detail I would like clarification on is in the second step in the last line, where we have an m-overlined, and we substitute the expression for m. Are we saying that the name of a coded term is the same as the coded term? Thanks in advance.

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