Probeklausur WS 12 13 Aufgabe 4: Unterschied zwischen den Versionen
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!Nr.!!Beweisschritt!!Begründung | !Nr.!!Beweisschritt!!Begründung | ||
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− | | (I) || <math>\overline{MC} \tilde= \overline{MA} \tilde= \overline{MD} \tilde= \overline{MB}</math> || ... | + | | (I) || <math>\overline{MC} \tilde= \overline{MA} \tilde= \overline{MD} \tilde= \overline{MB}</math> || ...Vor., Definition Abstand eines Punktes von k zu M (Radius eines Kreises) |
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− | | (II) ||<math>|\gamma_1|+|\gamma_2| + |\delta_1| + |\delta_2|=180</math>° || ... | + | | (II) ||<math>|\gamma_1|+|\gamma_2| + |\delta_1| + |\delta_2|=180</math>° || ...Vor., Sehnenviereckskriterium (?) |
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− | | (III) || <math>\varphi_1 \tilde=\varphi_2 \wedge \varepsilon_1 \tilde= \varepsilon_2</math> || ... | + | | (III) || <math>\varphi_1 \tilde=\varphi_2 \wedge \varepsilon_1 \tilde= \varepsilon_2</math> || ... Vor., Def. Scheitelwinkel, (I), SWS |
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− | | (IV) || <math>\overline{AMC} \tilde= \overline{BMD} \wedge \overline{BMC} \tilde=\overline{AMD}</math> || ... | + | | (IV) || <math>\overline{AMC} \tilde= \overline{BMD} \wedge \overline{BMC} \tilde=\overline{AMD}</math> || ... (III), Def. Dreieckskongruenz |
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− | |(V)|| <math>\delta_1 \tilde= \gamma_1 \wedge \delta_2 \tilde= \gamma_2</math> || ... | + | |(V)|| <math>\delta_1 \tilde= \gamma_1 \wedge \delta_2 \tilde= \gamma_2</math> || ... (IV), (II), Rechnen in R |
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− | |(VI)||<math> |\gamma_1|+|\gamma_2| + |\gamma_1| + |\gamma_2|=180</math>° || ... | + | |(VI)||<math> |\gamma_1|+|\gamma_2| + |\gamma_1| + |\gamma_2|=180</math>° || ... (V), Rechnen in R |
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|(VIII)|| <math>|\gamma_1|+|\gamma_2| = |\gamma|=90</math>° || ... | |(VIII)|| <math>|\gamma_1|+|\gamma_2| = |\gamma|=90</math>° || ... | ||
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− | |(VII)|| <math>2\cdot\left(|\gamma_1|+|\gamma_2| \right)=180</math>° || ... | + | |(VII)|| <math>2\cdot\left(|\gamma_1|+|\gamma_2| \right)=180</math>° || ... (VI), Rechnen in R |
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==Lösung User ...== | ==Lösung User ...== | ||
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