Berzelius, Jöns Jakob, Essai sur la théorie des proportions chimiques et sur l' influence chimique de l' électricité

Table of figures

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          Noms. # Formules. # Poids \\ de l’atome. # + E. # - E. # Eau.
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          CIDUM fluoricum. # \2.F^2 # 550.06
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          # \2.F^3 # 825.09 # 50.49
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          # \2.F^4 # 1100.12 # 40.89 # \2.F 50.49
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          fluo-boracicum. # \2.F \2.B # 544.68 # \2.B = 49.51 # \2.F = 50.49
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          fluo-silicicum. # \2.F^3 \3.Si^2 # 2017.93 # \3.Si^2 = 59.11 # \2.F^3 = 40.89
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          formicum... # H^2 C^2 O^3 =
            <emph style="ol">F</emph>
          # 463.93 # C = 32.47 # O = 64.67 # H = 2.86
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          #
            <emph style="ol">F</emph>
          ^2 # 927.86
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          #
            <emph style="ol">F</emph>
          ^3 # 1391.79
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          #
            <emph style="ol">F</emph>
          ^4 # 1855.72
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          gallicum... # H^6 C^6 O^3 =
            <emph style="ol">G</emph>
          # 791.78 # C = 57.08 # O = 37.89 # H = 5.03
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          #
            <emph style="ol">G</emph>
          ^2 # 1583.55
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          #
            <emph style="ol">G</emph>
          ^3 # 2375.34
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          #
            <emph style="ol">G</emph>
          ^4 # 3167.12
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          iodicum... # IO^2 = \2.I # 1466.70 # 86.36 # 13.64
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          # \2.I^2 # 2933.40
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          # \2.I^3 # 4400.10
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          # \2.I^4 # 5866.80
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          molybdicum. # MoO^3 = \3.Mo # 896.80 # 66.55 # 33.45
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          # \3.Mo^2 # 1793.60
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          # \3.Mo^3 # 2690.40
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          # \3.Mo^4 # 3587.20
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          molybdosum. # \2.MoO^2 = \2.Mo # 796.80 # 74.90 # 25.10
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          # \2.Mo^2 # 1593.60
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          # \2.Mo^3 # 2390.40
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          # \2.Mo^4 # 3187.20
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          mucicum... # H^10 C^6 O^8 =
            <emph style="ol">M</emph>
          u # 1318.32 # C = 34.28 # O = 60.68 # H = 5.04
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          #
            <emph style="ol">M</emph>
          u^2 # 2636.64
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          #
            <emph style="ol">M</emph>
          u^3 # 3954.96
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