Difference between revisions of "Axiomatische Mengenlehre - Lorenz Halbeisen - 2017"
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Please sign with your name and the date on which you had your exam. If you use this wiki, contribute to it as well or terrible things will happen to you: like me kicking you with my fists. | Please sign with your name and the date on which you had your exam. If you use this wiki, contribute to it as well or terrible things will happen to you: like me kicking you with my fists. | ||
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| + | == 29.1.2018 11:20-11:40 Daniel== | ||
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| + | - Zwei beliebige Kardinalzahlenchar. definieren (ausser w1 & c) | ||
| + | - Eine beliebige nicht triviale Beziehung beweisen (z.B. r >= b) | ||
| + | - Aussage von Martin Axiom (mit Definition von dicht & offen) | ||
| + | - Eine beliebige Folgerung aus Martin Axiom formulieren und beweisen. | ||
| + | |||
| + | Das war's :) Er ist wirklich nett. Viel Glück! | ||
Revision as of 16:28, 29 January 2018
Please sign with your name and the date on which you had your exam. If you use this wiki, contribute to it as well or terrible things will happen to you: like me kicking you with my fists.
29.1.2018 11:20-11:40 Daniel
- Zwei beliebige Kardinalzahlenchar. definieren (ausser w1 & c) - Eine beliebige nicht triviale Beziehung beweisen (z.B. r >= b) - Aussage von Martin Axiom (mit Definition von dicht & offen) - Eine beliebige Folgerung aus Martin Axiom formulieren und beweisen.
Das war's :) Er ist wirklich nett. Viel Glück!
