Lorentz-Transformationen: Difference between revisions

Latest revision as of 18:36, 12 September 2010

{{x}^{\alpha '}}=\Lambda _{\beta }^{\alpha }{{x}^{\beta }}+{{a}^{\alpha }}

Bewegungsrichtung sei $x_{1}$

{{x}^{1'}}=\gamma \left({{x}^{1}}+{{v}^{1}}t\right),\,{{x}^{2'}}={{x}^{2}},\,{{x}^{3'}}={{x}^{3}},\,ct'=\gamma \left(ct+\beta {{x}^{1}}\right)

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+== Allgemein ==
-sqsfYw  <a href="http://pmauwczvmgqu.com/">pmauwczvmgqu</a>, [url=http://ywlakitaqhzq.com/]ywlakitaqhzq[/url], [link=http://lcimlxstnmsm.com/]lcimlxstnmsm[/link], http://kjpjhqdcujbt.com/
+== Poincaré Transformation ==
- <a href="http://www.arkcalledearth.org/">online cialis</a> [url="http://www.arkcalledearth.org/"]online cialis[/url] http://www.arkcalledearth.org/ online cialis  8-((
+:<math>{{x}^{\alpha '}}=\Lambda _{\beta }^{\alpha }{{x}^{\beta }}+{{a}^{\alpha }}</math>
 == speziell ==
 Bewegungsrichtung sei <math>x_1</math>
-<math>{{x}^{1'}}=\gamma \left( {{x}^{1}}+{{v}^{1}}t \right),\,{{x}^{2'}}={{x}^{2}},\,{{x}^{3'}}={{x}^{3}},\,ct'=\gamma \left( ct+\beta {{x}^{1}} \right)</math>
+:<math>{{x}^{1'}}=\gamma \left( {{x}^{1}}+{{v}^{1}}t \right),\,{{x}^{2'}}={{x}^{2}},\,{{x}^{3'}}={{x}^{3}},\,ct'=\gamma \left( ct+\beta {{x}^{1}} \right)</math>
 [[Kategorie:SRT]]