Bernstein, Aaron, Naturwissenschaftliche Volksbücher, Bd. 12-16, 1897

Table of figures

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            <s xml:id="echoid-s9171" xml:space="preserve">körper. </s>
            <s xml:id="echoid-s9172" xml:space="preserve">Im Sonnenſyſtem hat nun die Sonne eine ſo große
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            überwiegende Maſſe gegen alle Planeten, daß ſie die Haupt-
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            anziehung und darum den Umlauf der Planeten um die Sonne
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            bewirkt. </s>
            <s xml:id="echoid-s9173" xml:space="preserve">Würde die Sonne einmal verſchwinden, ſo würde
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            wirklich die Einwirkung der Planeten auf einander ungeheuer
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              <figure xlink:label="fig-0674-01" xlink:href="fig-0674-01a" number="52">
                <caption xml:id="echoid-caption44" xml:space="preserve">Fig. 19.
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                Größenverhältniſſe der Planeten zur Sonne.</caption>
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                  <emph style="bf">Merkur</emph>
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                  <emph style="bf">Venus</emph>
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                  <emph style="bf">Erde</emph>
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                  <emph style="bf">Mars</emph>
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                  <emph style="bf">Jupiter</emph>
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                  <emph style="bf">Saturn</emph>
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                  <emph style="bf">Uranus</emph>
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                  <emph style="bf">Neptun</emph>
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                  <emph style="bf">Vierter Theil der Sonnenscheibe</emph>
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            ſein, und namentlich würden alle einen neuen Umlauf um den
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            Planeten Jupiter machen, der unter den Planeten die größte
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            Maſſe hat. </s>
            <s xml:id="echoid-s9174" xml:space="preserve">— So iſt z. </s>
            <s xml:id="echoid-s9175" xml:space="preserve">B. </s>
            <s xml:id="echoid-s9176" xml:space="preserve">die Sonne eine Maſſe, die 319 500
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            mal ſchwerer iſt, als die Erde, wohingegen Jupiter nur
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            305 mal ſchwerer als die Erde iſt. </s>
            <s xml:id="echoid-s9177" xml:space="preserve">Es iſt klar, daß die Maſſe
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            der Sonne an tauſendmal die des Jupiter überwiegt, </s>
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Impressum