feature: add slides
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## Leistungsberechnung
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Wir kennen bereits
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$P = U\cdot I = \dfrac{U^2}{R} = I^2\cdot R$
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<left>
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Nach U umgestellt:
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$U = \dfrac{P}{I} = \sqrt{P \cdot R}$
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</left>
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<right>
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Nach I umgestellt:
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$I = \dfrac{P}{U} = \sqrt{\dfrac{P}{R}}$
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</right>
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<note>
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* Alle Formeln sind in der Formelsammlung
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</note>
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---
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[question:EB505]
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---
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[question:EB506]
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---
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[question:EB504]
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---
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[question:EB507]
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---
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[question:EB508]
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---
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[question:EB509]
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---
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[question:EB510]
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---
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[question:EB511]
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---
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[question:EB512]
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---
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## Leistung bei Wechselspannung
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* Bei Wechselspannungen muss mit dem Effektivwert gerechnet werden
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---
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[question:EB503]
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---
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[question:EB513]
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<note>
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* Keine Leistungsberechnung, sondern nur Ohmsches Gesetz
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* Die Frage passte aber in Klasse E nirgends anders rein
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</note>
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