Voltaire, Elémens de la philosophie de Neuton : mis à la portée de tout le monde

Table of Notes

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              <pb o="278" file="0302" n="303" rhead="DE LA PHILOSOPHIE"/>
            contient; </s>
            <s xml:id="echoid-s3661" xml:space="preserve">on ne le peut ſavoir que par cette
              <lb/>
            admirable découverte des loix de la gravi-
              <lb/>
            tation.</s>
            <s xml:id="echoid-s3662" xml:space="preserve"/>
          </p>
          <p style="it">
            <s xml:id="echoid-s3663" xml:space="preserve">1
              <emph style="super">0</emph>
            . </s>
            <s xml:id="echoid-s3664" xml:space="preserve">Luand on dit denſité, quantité de ma-
              <lb/>
              <note position="left" xlink:label="note-0302-01" xlink:href="note-0302-01a" xml:space="preserve">Com-
                <lb/>
              ment on
                <lb/>
              peut
                <lb/>
              connol
                <unsure/>
              -
                <lb/>
              tre la
                <lb/>
              quanti-
                <lb/>
              té de
                <lb/>
              matiere
                <lb/>
              d’un Aſ-
                <lb/>
              tre, &
                <lb/>
              ce que
                <lb/>
              les mê
                <unsure/>
              -
                <lb/>
              mes
                <lb/>
              corps
                <lb/>
              peſent
                <lb/>
              ſur les
                <lb/>
              divers
                <lb/>
              Aſtres.</note>
            tiere, dans un Globe quelconque, on entend que
              <lb/>
            la matiere de ce Globe eſt homogène; </s>
            <s xml:id="echoid-s3665" xml:space="preserve">par exem-
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            ple, que tout pied cubique de cette matiere eſt
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            également peſant.</s>
            <s xml:id="echoid-s3666" xml:space="preserve"/>
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          <p style="it">
            <s xml:id="echoid-s3667" xml:space="preserve">2
              <emph style="super">0</emph>
            . </s>
            <s xml:id="echoid-s3668" xml:space="preserve">Tout Globe attire en raiſon directe de ſa
              <lb/>
            maſſe; </s>
            <s xml:id="echoid-s3669" xml:space="preserve">ainſi toutes choſes égales, un Globe qui
              <lb/>
            aura 10. </s>
            <s xml:id="echoid-s3670" xml:space="preserve">fois plus de maſſe, attirera 10. </s>
            <s xml:id="echoid-s3671" xml:space="preserve">fois
              <lb/>
            davantage qu’un corps 10. </s>
            <s xml:id="echoid-s3672" xml:space="preserve">fois moins maſſiſ
              <unsure/>
              <lb/>
            n’attirera à pareille diſtance.</s>
            <s xml:id="echoid-s3673" xml:space="preserve"/>
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          <p style="it">
            <s xml:id="echoid-s3674" xml:space="preserve">3
              <emph style="super">0</emph>
            . </s>
            <s xml:id="echoid-s3675" xml:space="preserve">Il faut abſolument conſiderer la groſſeur,
              <lb/>
            la circonférence de ce Globe quelconque; </s>
            <s xml:id="echoid-s3676" xml:space="preserve">car plus
              <lb/>
            la circonférence eſt grande, plus la diſtance au
              <lb/>
            centre augmente, & </s>
            <s xml:id="echoid-s3677" xml:space="preserve">il attire en raiſon renver-
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            ſée du quarré de cette diſtance. </s>
            <s xml:id="echoid-s3678" xml:space="preserve">Exemple, ſi le
              <lb/>
            diametre de la Planete A. </s>
            <s xml:id="echoid-s3679" xml:space="preserve">eſt 4. </s>
            <s xml:id="echoid-s3680" xml:space="preserve">fois plus grand
              <lb/>
            que celui de la Planete B. </s>
            <s xml:id="echoid-s3681" xml:space="preserve">toutes deux ayant
              <lb/>
            également de matiere, la Planete A. </s>
            <s xml:id="echoid-s3682" xml:space="preserve">attirera
              <lb/>
            les corps à ſa ſuperficie 16. </s>
            <s xml:id="echoid-s3683" xml:space="preserve">fois moins que la
              <lb/>
            Planete B. </s>
            <s xml:id="echoid-s3684" xml:space="preserve">& </s>
            <s xml:id="echoid-s3685" xml:space="preserve">ce qui peſera une livre ſur la
              <lb/>
            Planete A. </s>
            <s xml:id="echoid-s3686" xml:space="preserve">peſera 16. </s>
            <s xml:id="echoid-s3687" xml:space="preserve">livres ſur la Plane-
              <lb/>
            te B.</s>
            <s xml:id="echoid-s3688" xml:space="preserve"/>
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          <p style="it">
            <s xml:id="echoid-s3689" xml:space="preserve">4
              <emph style="super">0</emph>
            . </s>
            <s xml:id="echoid-s3690" xml:space="preserve">Il faut ſavoir ſur - tout en combien </s>
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