Daily Log and Materials
Daily topics, slides, and other stuff (handouts, links, …) will appear here as they occur. Note that the recorded lectures are in Announcements at canvas.alaska.edu/courses/30068.
- Wednesday 25 March: dual spaces
- Monday 23 March (week 11): linear operators, boundedness and continuity
- Friday 20 March: calculation, cont.
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Wednesday 18 March: calculation: FTCs, IBP, and weak derivatives
blank slides for weeks 10 & 11 - Monday 16 March (week 10): more on L^p(X,mu); Holder's inequality
- Monday 9 March -- Friday 13 March (week 9): Spring Break!
- Friday 6 March: Lebesgue's convergence theorems
- Wednesday 4 March: abstract measure spaces, and L^p(X,mu)
- Monday 2 March (week 8): Midterm Exam 1
- Friday 27 February: Lebesgue integrals on R^n
- Wednesday 25 February: Lebesgue measurable sets on R^n
- Monday 23 February (week 7): calculation cont.
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Friday 20 February: calculation: functions defined in pieces
blank slides for weeks 6 & 7 - Wednesday 18 February: the Fourier ON sequence is complete
- Monday 16 February (week 6): Parseval's equality, Riesz-Fischer
- Friday 13 February: Bessel's inequality
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Wednesday 11 February: calculation cont.
excellent Fourier series video by 3blue1brown - Monday 9 February (week 5): calculation cont.
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Friday 6 February: calculation: Fourier series of continuous functions
blank slides for weeks 4 & 5 - Wednesday 4 February: separability, completeness, and Hilbert and Banach spaces
- Monday 2 February (week 4): equicontinuity and Arzela-Ascoli
- Friday 30 January: open, closed, and compact sets in metric spaces
- Wednesday 28 January: calculation cont.
- Monday 26 January (week 3): calculation cont.
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Friday 23 January: calculation: boundary value problems and integral operators
blank slides for week 2 - Wednesday 21 January (week 2): C[0,1] and uniform convergence; sequence spaces
- Monday 19 January: no class (Alaska Civil Rights Day)
- Friday 16 January: normed vector spaces and metric spaces
- Wednesday 14 January: calculation continued
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Monday 12 January (week 1): calculation: integration is a linear functional
blank slides for week 1