Algebraic Topology II - 2019
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Revision as of 08:13, 26 August 2019 by Schmijoe (Talk | contribs) (Created page with "== Joel, 26.08.2019 9:30-10:00== 1. Define Cohomology with compact supports. 2. Calculate Cohomology with compact supports of R^n. 3. Does a map f:X -> Y induce a map on the...")
Joel, 26.08.2019 9:30-10:00
1. Define Cohomology with compact supports. 2. Calculate Cohomology with compact supports of R^n. 3. Does a map f:X -> Y induce a map on the cohomologies with cpt support? 4. Do homotopic spaces have the same cohomologies with cpt support? 5. Is the cup product well defined on cohomology with cpt support? 6. State the Poincaré duality theorem for (not neccesarrily cpt) manifolds. 7. Show that H_c^i(X x R;G)=H_c^i-1(X;G)
