Seien \(A, B \subset \mathbb{R}\) nicht leer dann gelten:
- \(\sup(A + B) = \sup(A) + \sup(B)\)
- \(\inf(A + B) = \inf(A) + \inf(B)\)
- {{c2:: \(\sup(A \cup B) = \max \{\sup(A), \sup(B)\}\)}}
- {{c2:: \(\inf(A \cup B) = \max \{\inf(A), \inf(B)\}\)}}
Commit: 2926b731 - very minor stuff
Author: lhorva <lhorva@student.ethz.ch>
Date: 2026-03-10T14:29:46+01:00
Changes: 7 note(s) changed (0 added, 7 modified, 0 deleted)
ℹ️ Cosmetic Changes Hidden: 1 note(s) had formatting-only changes and are not shown below
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| Text | <div> Seien \(A, B \subset \mathbb{R}\) nicht leer dann gelten:</div><ul><li> |
<div> Seien \(A, B \subset \mathbb{R}\) nicht leer dann gelten:</div><ul><li>\(\sup(A + B) = {{c1::\sup(A) + \sup(B)}}\)</li><li>\(\inf(A + B) = {{c1::\inf(A) + \inf(B)}}\)</li><li>\(\sup(A \cup B) = {{c2::\max \{\sup(A), \sup(B)\} }}\)</li><li>\(\inf(A \cup B) = {{c2::\max \{\inf(A), \inf(B)\} }}\)</li></ul> |
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| Front | Bernouilli Ungleichung | Wie lautet die Bernouilli Ungleichung? |
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| Front | Wie ist eine Folge definiert? |
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| Front | Häufungspunkt |
Was ist ein Häufungspunkt? |
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| Front | Was ist eine Teilfolge? |
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| Text | If a thread calls the wait method in an Object or calls the join method in another thread object, the |
If a thread calls the wait method in an Object or calls the join method in another thread object, the thread becomes {{c1::"not runnable" and is no longer eligible for execution}}. |