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TABULA  ATOMICS.
THE
CHEMICAL   TABLES
CALCULATION  OE QUANTITATIVE  ANALYSES
            OF H.  ROSE.




RECALCULATED FOR THE MORE RECENT DETERMINATIONS OF

     ATOMIC WEIGHTS, AND WITH OTHER ALTERA-

            TIONS AND ADDITIONS.





        By IVILLJ-AMeP>.'fl#EXTER.

             ^'"         o
             coT,TV.Il^.x«X \J

              '?<?><    , V}»
u
          BOSTON:

CHARLES C. LITTLE AND JAMES BROWN.

             ISoO. 
      Entered according to Act of Congress, in the year 1850, by
            C. C. Little and James Brown,
in the Clerk's Office of the District Court of the District of Massachusetts.
QD
■pmt
           CAMBRIDGE:

STEREOTYPED BY METCALF AND COMPANY,
       PRINTERS TO THE UNIVERSITY, 
PREEACE.
   The Tables contained in  the  present work are those
 appended by  M. H.  Rose, of Berlin, to his  celebrated
 Manual of Analytical Chemistry: they have been found
 convenient, and have been  extensively used by Euro-
 pean chemists.   Since the publication  of  his  treatise,
 the  atomic  weights of a number of the elements have
 been determined with greater  precision, and  it has  be-
 come necessary in consequence to recalculate the Tables
 for the advance made in this branch  of  the science.
 In undertaking  this labor, I have endeavoured to choose
 those atomic  weights  which rest upon  the most trust-
 worthy researches, and which have been most generally
 received by chemists.   In several  instances in which
 more  recent  determinations  might  have been taken,
 it  has  seemed  to me  advisable to  retain  the  older
 numbers.
   As the value of a work of this kind depends entirely
 upon its correctness, I may state that every calculation
 was performed by myself, both  by direct  division and  by
 the use  of logarithms.   The  columns of multiples were
computed  separately  by myself  and another, and our 
iv
PREFACE.
results compared both before and after  they were tran-
scribed.  Finally, to avoid as far as possible errors of
the press, each sheet,  besides the usual correction, has
been  most carefully revised  by myself.
   Such additions to the Tables have been made as were
required by  the progress  of analytical chemistry.   I
have likewise added a table  of the  equivalent numbers
of the  elements  and principal compounds, with their
logarithms and chemical  symbols.  The  column of log-
arithms is my own, and I am not  aware  that a table
has been  before prepared  for this mode of performing
the calculation.  In Rose's  work, under chlorine and sul-
phur  are given the composition of all the combinations
of these bodies ;* but as they occupy much space,  and
are of comparatively little practical use,  I  have omitted
the greater part of  these articles.
   In  the construction of  the  Tables the  Latin  terms
have  been preferred,  as being the  common  language
of science, and  as  better  adapted than the English to
express the degrees of chemical combination.

                                            W. P. D.
  Brookline, Mass., June 17, 1850. 
INTRODUCTION.
                 I.  The Atomic Weights used.
   The atomic weights employed in the following Tables are for the
most part those adopted by Berzelius in the last edition of his Chem-
istry.  In some few instances there has seemed reason  for prefer-
ring the results of later experimenters, or for a different calculation
of former analyses.  In every case in which an equivalent differing
from that given by Berzelius has been assumed, a particular expla-
nation of the cause of departing from so high an authority has been
subjoined.
   In accordance with the views of this chemist, the theory by
which  the atomic  weights of the  elements are exact multiples of
that of hydrogen, has not been followed ; and the equivalents have
been given as derived directly from the results of experiment, Avith-
out allowance by calculation for the weight of the air  displaced.
   The equivalents of chlorine, hydrogen, and the  other bodies of
that class, as also of phosphorus,  arsenic, antimony,  and bismuth,
have been taken to represent the weight of the atom ;  the same has
been done with respect to gold, the atom of which is halved by Ber-
zelius,  that its weight may correspond with the specific heat of the
metal.   Aluminium, glycium, and zirconium are the  only  remain-
ing elements which combine solely by double  atoms.   The constitu-
tion of the compounds of the last two is not, as yet, established with
certainty; the isomorphous relations of alumina forbid the supposi-
tion that it contains but a single atom of radical.
                1- 
VI
INTRODUCTION.
   The atomic weights of chlorine, potassium, and  silver  are  those
of Marignac, as revised by Berzelius ; they differ from the numbers
given in the Annual Report by the omission of a series of analyses
of chlorate of silver, by which M. Marignac designed to control the
results furnished by the chlorate of potash, and also in  not  being
reduced to a vacuum.   The numbers thus revised have been adopt-
ed by Rammelsberg.
   The equivalent of hydrogen was fixed by Berzelius at  12.48  ; and
" this result," he says,  " is confirmed by comparison of the specific
gravities of oxygen and hydrogen."   The later and very accurate
experiments of Dumas gave from 12.48 to 12.57, the  mean  being
T2.51.  In consequence of its proximity, the  multiple 12.50 'was
adopted.  If now the equivalent be  calculated from Regnault's de-
terminations of the specific gravity of oxygen and hydrogen, a num-
ber 12.53 will be  obtained, falling entirely within the  limits of the
experiments of Dumas, and  approaching more nearly the equiva-
lent assumed by him than that of Berzelius.  For this  reason, it
has been  thought  advisable to take 12.50  for the  equivalent of
hydrogen.
   The equivalent of carbon is  deduced by Berzelius from the den-
sities of carbonic acid and carbonic oxyde gases.   The direct and
concordant determinations of  Dumas, and  of Erdmann and Mar-
chand, seem  to merit  the preference; by which, in the language
of Professor Graham, " the equivalent of carbon has been reduced,
with the general concurrence of chemists, to 75."
   The atomic weights  of several bodies  have recently been deter-
mined by Pelouze, by the  amount of a standard solution of nitrate
of silver required for the complete precipitation of their  chlorides.
The number given  for arsenic was thus obtained: it is the mean of
three concordant analyses, and agrees perfectly with  the specific
gravity of arsenietted hydrogen obtained by Dumas.
   Berzelius determined the equivalent of. phosphorus from the silver
which a given weight of it reduced.*   The number so obtained dif-

  * In the calculation of this experiment an error seems to have been committed.
The atomic weight of phosphorus is given as 392.041; it should be 391.72. 
INTRODUCTION.
Vll
fers considerably from that given by Pelouze (400.3),  and agrees
much better  with  Rose's determination of the sp. gr.'of phosphu-
retted hydrogen.   On this account, and because there is reason-to
suspect that in Pelouze's experiments some of the silver may have
been reduced by the phosphorus, the number assigned by Berzelius
has been retained.
   The equivalent of silicium obtained  by  Pelouze differs so much
from that given by Berzelius, that it wras thought advisable not to
adopt  it until  it  should have  been more generally received by
chemists.   The table under the head  of  Silicium has been calcu-
lated for both these numbers; but  where this  element occurs in
other places, the determination of Berzelius  has been taken.  The
atomic weight is now derived by him from the direct oxydation of
silicium;  it was before  deduced from the  composition of the silico-
fluoride of barium,  and was dependent, of  course, upon those  of
fluor and barium.   In this way the equivalent  was found, on the
supposition of three atoms of oxygen in silicic acid, equal to 277.312.
Experiments by direct oxydation gave 277.778, which is the num-
ber here adopted.
   For sodium the mean result  of. three concordant  and apparently
exact experiments of Pelouze has been taken.   The number given
by Berzelius is founded upon  one  experiment, in which he ascer-
tained the chloride of silver obtained from a given weight of chloride
of sodium.
   Stromeyer and Pelouze  determined the atomic weight of strontian
by the analysis of the chloride.  The former obtained 545.929 ; the
latter, 548.4250.   The mean,  547.177, is the number used.
   Marignac  has lately given determinations  of  the  atomic  weights
of barium, cerium, lanthanium, and didymium.
   By the method  employed by Pelouze he obtained  857.32, as the
mean  of  six experiments, for  the  equivalent of barium.  It had
been previously determined by Pelouze at 858.01;  and by Berze-
lius, from the composition both of the chloride and the  sulphate, at
855.40.
   The equivalents of cerium, lanthanium, and didymium were de- 
Vlll
INTRODUCTION.
termined by precipitating their protosulphates by a measured solu-
tion containing a known quantity of chloride of barium.   By re-
peated experiments upon a salt which had  undergone from  two  to
five crystallizations, the equivalent of cerium was fixed at 590.80.
  The atomic weight of didymium is only approximative^ ascer-
tained, and is probably too low, since it was found impossible to di-
vest it of the last traces of lanthanium.
  Marignac's number for  barium is nearly the mean of those of
Berzelius and Pelouze; and, from the care with which  the  experi-
ments appear to have been made, and M. Marignac's  well-known
accuracy in researches of this kind, I have not hesitated  to  adopt
his numbers for the equivalents of the above-named bodies.
  Berzelius assigned 596.10  as  the equivalent  of molybdenum;
but was not satisfied with  the  method  pursued,  or  the  result.
Svanberg and Struve, by the  conversion of a known weight of sul-
phide of molybdenum into  molybdic  acid,  found  the  numbers
575.829 or 588.966, according as the equivalent  of sulphur was
estimated at 200 or at 200.75.   The latter is the one adopted.
  Since the publication of Ebelmen's researches upon uranium, in
which he determined the atomic .weight by combustion of the  ox-
alate, Peligot has shown that  this  salt retains with obstinacy traces
of the chloride or nitrate from which it may have been formed; and
which are fully sufficient to account  for the  discrepancy between
his results and those  of Ebelmen.  By repeated  analyses both of
the oxalate and acetate, the equivalent was finally fixed at 750.
  For the  atomic weight of  mercury Berzelius  takes  the  experi-
ments of Erdmann and Marchand, in which  they ascertained the
quantity of metal reduced from a  known weight of oxyde.  These
experiments are five in number.   One, in which .the reduction was
effected by means of graphite, gave an equivalent  exceeding con-
siderably that obtained from the rest.   The mean of the five is
1251.293, and is adopted by  Berzelius.  Erdmann and Marchand
give the weights reduced to a vacuum, and take the mean of four,
excluding that in which  graphite was  employed.  They thus  o-et
1250.6, or, more exactly, 1250.68.   If we follow them in rejecting 
INTRODUCTION.                       ix
the experiment with the graphite, the mean of the remaining four,
the weights being taken in air, is 1251.019, which, without appre-
ciable error, may be called 1251.02.
   The results of these experiments are subjoined : —
                               In Air.            In Vacuo.
                              1250.623            1250.3
                              1250.98             1250.7
                              1251.005            1250.6
                              1251.408            1251.1
     (Graphite,)      .       .  1252.39             1252.1
     Mean of the five,    .     1251.293            1250.9
     Mean of four,    .       .  1251.019            1250.68
   The equivalent  of thorina is very doubtful.  If deduced  from
the composition of the double  sulphate of thorina  and  potassa, it
is  745.
   For titanium Berzelius recalculated Rose's analyses  of the  bi-
chloride for the revised atomic weight of chloride of silver.  In the
computation slight errors will be found, making the mean 301.304,
and not 301.55, for the equivalent.
   A similar error has been made with regard to osmium, the equiv-
alent of which, calculated from the  chloride  of potassium in the
double chloride of  osmium and potassium, should be 1243.624, in-
stead of 1242.024.
   The mean of two determinations of the atomic weight of tungsten
is  wrongly estimated at 1188.36 for 1183.36.
   The atomic  weights which depend upon those of chlorine, silver,
sulphur,  &c, have been recalculated by Berzelius, in his last  edi-
tion, for  the  equivalents  assigned by him to these bodies.   The
same has been done in the present work with regard to the atomic
weights of Marignac and  Pelouze which have been adopted; that
of lithium has  also  undergone a slight alteration, in consequence of
the new equivalent of barium made use of in its calculation.
2 
X
INTRODUCTION.
                    II.  Use of the Tables.
   In the first column of the Tables are the  names of the  substan-
ces whose weight is obtained in the ordinary processes of analysis.
The second column contains the  names of those whose weight it
is  wished to ascertain by  means of the first.  The  columns which
have at the top the figures 1, 2, 3, .... 9, show the quantity of
the substance whose name is  in  line  with it in the second column
contained respectively in  1, 2, 3, . . . .9 parts of the body in the
same line of the first column.
   Omitting for the present the column of logarithms, the use of the
Tables will  be best illustrated by an example.
   A quantity of chloride  of silver equal to one  grain has been  ob-
tained  in the course of  analysis, and it is desired to ascertain the
amount of metallic silver  which it contains.   Turning to the Table
in  which the body sought is treated of, and  which,  in the present
case is  the third,  we find, in the  fourth line, in the column  of
Inventa, Chloridum Argenticum, and in  that of Invenienda, Ar-
gentum.  In the miit  column  of the same line is  the  number
0.75276, which represents the fraction of a grain of metallic silver
contained in one grain of the chloride.
   Had  the quantity of chloride found  been 10 or 0.1  grs., it  is
evident that, by moving the decimal point one place to the right in
the first case, and to the  left in the latter, the  same figures would
give the silver corresponding respectively to  each of these  quanti-
ties.  And  by adding the figures of several columns, with due  re-
gard to the proper position of  the  decimal, the silver contained in
any given weight of chloride may readily be  ascertained.
   Let us suppose the chloride found to weigh 31.35 grs.
       30.    grs. Ag CI  contain      .     .  22.58290 Ag.
        1.    "     "      "               0.75276  "
         .3  «     «      "...    .22583  «
         .05 "     "      «                 .03763  «
31.35 grs. Ag CI contain, therefore,  23.59912 A*. 
INTRODUCTION.
XI
 The last decimals, it will  be seen, may be neglected without mate-
 rially affecting the result.
   The columns marked Logarithmus contain the logarithms of the
 numbers in the unit column of the same line.*  For those who are
 familiar with their use, this will be found a very expeditious and con-
 venient way of making the calculation.  It is, besides, free from all
 chance of error arising from a wrong placing of the decimal point;
 an error which, by the other method, may easily be committed.
   To perform the calculation by logarithms, we prefix to the  loga-
 rithm given in  the Table its proper characteristic, which  is  indi-
 cated by the adjoining number in the unit column, and add to it the
 logarithm of the  number expressing the weight  of the substance
 found.   The result is the logarithm of the number required.
   To apply this to the above instance, Ave  find  in  the Table the
 logarithm 8766586, and,  as it  is the  logarithm of the  decimal
 0.75270, its characteristic is negative and unity.   Adding to it the
 logarithm of 31.35, the weight of the chloride  of  silver found, viz.
 1.4902375, we have 1.3728961  for the logarithm, and  the number
 23.599 for the Aveight, of the silver required.
   Calculations not  expressly provided for  in the tables may fre-
 quently be performed by a combination of tAvo or  more of the series

  * The column of logarithms is calculated directly from the atomic, weights of the
 substances whose relation they express ; and, as they are carried to two more places
 of decimals, the results obtained in this way are more exact than those derived from
 a combination  of the several numbers in the unit columns.
  In the instance cited in the text, the calculation, without the use of tables, would
 be performed, by the rule of three, as follows: —
                        Ag CI : Ag:  : 31.35 : x.
 By logarithms: —
               log. x = log. 31.35 + [log.  Ag - log. Ag CI].
 Now the difference of the logarithms inclosed in the vinculum is a constant quantity
 for all values  of the third term of the proportion; it is the logarithm given in the
 tabic, and is obviously that of the number in the unit column, supposing the decimal
of the latter to  be carried out to completion.
  I would add, that Rose considers logarithms as not leading to sufficiently accurate
results for the calculation of exact analyses.  This is true if the logarithm be carried
onlv to five decimal places;  but if tables of seven decimals be made use of, the results
will be found more exact than if made with Rose's Tables. 
xii                      INTRODUCTION.

there given.  If it be required, for instance, to ascertain the quan-
tity of oxyde of ammonium in a compound in which we have weighed
the ammonium in the form of the double chloride of platinum and
ammonium, we shall find no line in Table II. answering our purpose.
But, by the fourth line, there is given the  ammonia corresponding
to any given weight of the double chloride ;  and,  from the weight
of the ammonia thus found, we can, by the seventh  line, ascertain
the required amount of oxyde of ammonium.
   Let us suppose, to take another case, that  there have been ob-
tained 13.59 grains of black oxyde of copper, and that the metal
existed  in  the substance examined in the state  of chloride.  To
how much chloride of copper are 13.59 grains of oxyde  equivalent?
   By the third and fourth lines of Table XVIL, 13.59 grains of
oxyde of copper are shown to be composed of 10.85 of copper and
2.74 of oxygen.   The ninth line  of Table XIV.  shows that 2.74
oxygen  correspond to 12.14 chlorine; and adding 12.14 to 10.85,
the quantity of copper, we have 22.99 for  that of the chloride re-
quired.
   The design  and application of the greater part of the Tables will
be understood from the above remarks.  Particular explanations of
some of the less obvious cases are annexed.   For  a full exposition
of the analytical processes in which  they are  required, and of the
method of their performance, the reader is referred to the Treatises
of Rose and Fresenius.
                          Table III.
  No. 9.—For the purpose  of  estimating silver, by the process
of Gay-Lussac, from the amount of a standard solution of chloride of
sodium required for its precipitation.

                          Table IV.
  Nos. 11  and 12. —Process of Levol and II. Rose. —The am-
moniaco-magnesian arseniate  is  supposed to have  been dried at 
INTRODUCTION.
xiii
212° F.  If dried over sulphuric acid at common temperatures, the
calculation must be  made for the formula 2 Mg 0 -f- N H4 0 -J-
As 0s -f- 12 II 0.
   No. 13. — " When arsenic is contained in a solution in the state
of arsenious acid, As 03, its amount can be very accurately ascer-
tained by means of a solution of chloride of gold.  From the amount
of gold reduced, the quantity of  the arsenious acid  can be calcu-
lated."—II. Rose.
   3 As O3 + 2 Au CP + 6 II 0 = 3 As 0s + 2 Au + 6 H CI.

                          Table XX.
   The  sixth line  of  this Table gives  the quantity  of sesquioxyde
of iron which would be formed from any given weight of the metal,
and is of use in the determination of arsenic  and phosphoric acids
by the process of Berthier.
   Nos. 6 to  15 are used in making the analysis of mixtures of  the
protoxyde and  peroxyde of iron.
   Nos. 8 and 9 give the quantity of oxygen  required for the con-
version  into protoxyde and  peroxyde, respectively, of a given
weight of iron.
   No. 10 shows the  amount of protoxyde  which the addition of a
given quantity of oxygen can convert into  peroxyde ; and
   Nos. 11 and 12, the quantities of each  of the  oxydes which
could be formed with a given weight of oxygen.
   The use of this series will be best seen by an example.
   It is desired to ascertain the quantity of protoxyde and of per-
oxyde of iron in a mixture of these oxydes, weighing, for instance,
3.449 grains.
   The oxydes  having been reduced, at a red heat, by  hydrogen
gas, a residue  of metallic iron is obtained, weighing, we will sup-
pose, 2.506 grs.; while, at the same time, there has  been formed
a quantity of water amounting to 1.061 grs.   By the second line
of Table XXIV. it  will be seen  that 1.061 parts of water contain
0.94311 of oxygen, which is therefore the  quantity previously com-
bined with the iron.   According to the  ninth line of the present
                    2 
xiv                     INTRODUCTION.

Table (XX.), to convert 2.506 iron into sesquioxyde would require
1.07238 of oxygen.   The difference between this last number and
0.94311, viz. 0.12927, must express the amount of oxygen neces-
sary to convert into peroxyde the protoxyde of iron contained in the
compound.   This quantity of protoxyde we  shall  find by the tenth
line (Table XX.) to be 1.16479.  Subtracting 1.16479, the weight
of the protoxyde, from 3.449, the  combined weight of both oxydes,
leaves 2.284 for that of the peroxyde.
   It is not necessary that the combined  weight of  the  oxydes
should be known.  Provided we  have ascertained the weight of
metallic iron  left, and that of the water formed in  the reduction
by hydrogen, the amount  of each  of the  oxydes may be  calcu-
lated.  For this  purpose, we find, as before, from the water  ob-
tained, the whole quantity of oxygen contained in the mixture, and
also that of the protoxyde of iron.   The oxygen in the 1.16479 grs.
of protoxyde is next calculated, by the aid of the second line of
the Table; or  it may more readily be obtained by doubling the
quantity of oxygen, 0.12927, Avhich we have previously found  to be
required for the conversion of the protoxyde of the mixture to per-
oxyde.   Subtracting  now  the  0.25854 oxygen  of the protoxyde
from 0.94311, the whole quantity contained in the mixture, leaAres
0.68457  for that of the  peroxyde;  and, from the twelfth  line of
the Table, we  find  this quantity of oxygen to be contained in
2.284 grs.  of peroxyde.
   If the weight of the combination of the two oxydes is  known, they
may be dissolved in nitric acid, and the peroxyde precipitated by
ammonia and weighed.  The difference of the tAvo weights gives the
oxygen Avhich has combined Avith  the  protoxyde.   The amount of
the latter may then be readily ascertained, as before, by the  tenth
line of the  Table.
   The thirteenth line is for the estimation  of the quantity  of per-
oxyde in a combination of the oxydes,  from the sulphur which pre-
cipitates when their solution is  acted  upon by hydrosulphuric acid
gas.
   No. 14 is for the same determination by means of metallic  silver 
INTRODUCTION.                       XV
 in powder.   The increase of weight of the silver, due to the chlorine
 Avhich it takes from the perchloride of iron, gives, by the use of
 the Table, the corresponding quantity of peroxyde.
   No. 15 indicates the  quantity of protoxyde of iron in a combina-
 tion of the oxydes, by the metallic gold reduced from  a solution of
 the auro-chloride of sodium.
   The sixteenth series is  for the calculation of the oxydes when
 combined with phosphoric acid, according to the process  of Fuchs.
   It  will be seen, by an examination of the figures of these different
 series, that, in the  reduction  of the  oxydes by hydrogen, a small
 error in the performance of analysis leads to a large one  in  the es-
 timation of the oxydes.  The error is proportionably diminished in
 the process  by sulphuretted hydrogen, and still more  by the use
 of the powdered  silver; but it is reduced to its lowest limits when
 the determination of the protoxyde is effected by means of the auro-
 chloride of sodium.

                         Table XXXI.
   No.  15. — For the estimation of the amount of the peroxyde con-
 tained  in the manganese  of commerce, by the  usual process with
 oxalic and sulphuric acids.
   By the use of the table, the necessity of operating upon any par-
 ticular weight, in order to simplify the calculation, is avoided; and
 the result will  be far  more accurate than if  the carbonic acid
 evolved be taken, as is usually done, for the equivalent of the per-
 oxyde contained in the sample.

                        Table XXXIII.
  The last six lines  of this Table have been computed, at the sug-
gestion that they would  be of use in determining, for technical pur-
poses, Avithout the labor of a calculation, the quantities of the several
salts of soda contained in the articles of commerce.

                        Table XXXV.
  Nos. 12,13. — For the determination  of  nitric and nitrous acids
as sulphate of baryta. 
xvi
INTRODUCTION.
   The nitric  acid is first  combined with baryta; the resulting ni-
 trate is converted into sulphate of baryta, from the weight of which
 may be calculated that of the nitric acid Avith Avhich the base was
 previously combined.
   No. 15 is for the  determination of nitrous acid by means of the
 carbonic acid  and nitrogen evolved  in its action upon urea.   TJie
 process is analogous to that of Fresenius and Will for the  estima-
 tion of the peroxyde of manganese, and  is conducted in a  similar
 way.  (C2 N2 H4 O2) + 2 N O3 = 2 C O2 -4- 4 N +  4 II 0.
   Schwarz in Liebig's Annalen, April, 1849, or Chemical Grazette,
 July, 1849.

                      Table XXXVIII.
   The fourteenth line of  this table is  for the calculation of the
 quantity of hypophosphorous acid, and the fifteenth for that of phos-
 phorous acid,  from  the protochloride of  mercury  reduced from a
 solution of the perchloride.

                         Table XLV.
   Nos. 9 and  10. — Mixtures of the protoxyde and peroxyde, or
 of protochloride  and perchloride of tin are  estimated by the pre-
 cipitate formed on the addition of their solution to one of perchloride
 of mercury.  The precipitated protochloride of mercury gives, by
 No.  9, the quantity of protoxyde,  and  by  No. 10, that of  proto-
 chloride, of tin present in the  solution.
   (For the details  and precautions to  be  observed, see  Rose's
 Treatise.)

                         Table XLVI.
   No. 9. — The estimation of the sulphur in the sulphuret of anti-
mony may be made by treating a weighed quantity of the sulphuret
with hydrochloric acid.  By this  means only the  perchloride  of an-
timony (Sb CI3), corresponding in composition to antimonious acid,
is formed, and the equivalent quantity of sulphur escapes  in  the
form of sulphuretted hydrogen.   The remainder  of the sulphur 
INTRODUCTION.                      XVli
separates in the solid form,  and its weight indicates the amount of
sulphuret  corresponding to antimonic acid (Sb S*).   The Table
ansAvers for the calculation.
  No. 14. — Antimonious acid (Sb O3) can be  estimated in a sim-
ilar manner to arsenious acid by means of a solution of auro-chloride
of sodium or ammonium.  II. Rose, Pogg. Ann., LXXVII. p. 110 ;
Chem. G-azette, Oct. 1849.
                        Table XLVIII.
  By the tenth line of this table, the quantity of hyposulphurous
acid is deduced from that of the sulphate of baryta obtained when
the hyposulphurous acid has been completely  converted  into sul-
phuric acid by fusion with  nitre or chlorate of potash.
  The eleventh line indicates a quantity tAvice as great, and is used
when, after the decomposition of a hyposulphite  by nitrate of silver,
the sulphuric acid remaining in solution, which contains the half of
the sulphur of the hyposulphurous acid, is estimated for the calcu-
lation of the latter.
  The sulphuret of silver which is precipitated in  this reaction con-
tains the  other  half of the sulphur of  the hyposulphurous acid,
which may, from its weight, be calculated by means of the twelfth
line.
2* 
 
TABULA ATOMICS. 
 
PONDERUM ATOMICORUM  TABULA.
Nomina.	Symbola.	Pondera	Logarithmus
		Atomica.	Pond. Atom.
Aluminium	Al	170.90	2327421
Oxyd. Aluminicum	Al'2 O3	641.80	8073997
Chlorid. Aluminicum	Al2 CI3	1671.64	223142N
Sulphas Kalico-Aluminicus	( K 0 S O3 + ) \ Al2 O3 3 S O3 i	3233.656	5096938
Argentum	Ag	1349.66	1302244
Oxyd. Argenticum	AgO	1449.66	1612662
Chlorid. Argenticum	AgCl	1792.94	2535658
Sulphid. Argenticum	AgS	1550.41	1904466
Nitras Argenticus	Ag 0 -j- N O5	2124.72	3273017
Arsenicum	As	937.466	9719555
Acid. Arseniosum	As O3	1237.466	0925333
Acid. Arsenicum	As O5	1437.466	1575976
Sulphid. Arseniosum	AsS3	1539.716	1874406
Sulphid. Arsenicum	AsS5	1941.216	2880739
AURUM	Au	2458.33	3906402
Oxyd. Aurosum	Au 0	2558.33	4079566
Oxyd. Auricum	AuO3	2758.33	4406462
Chlorid. Auricum	AuCl3	3788.17	5784295
Barium	Ba	857.32	9331430
Oxyd. Baricum	BaO	957.32	9810571
Chlorid. Baricum	BaCl	1300.60	1141437
Carbonas Baric us	Ba 0 + C O2	1232.32	0907235
Sulphas Baricus	BaO + SO3	1458.07	1637784
Bismuthum	Bi	2660.751	4250047
O.xvd. Bismuthicum	BiO3	2960.': 51	4714023
Nitras Bismuthicus	Bi03-f3NO;	4085.934	6977466 —---:---,____
 
t»
Nomina.	Symbola.	Pondera Atomica.	Logarithmus Pond. Atom.
Boron Acid. Boricum Fluorid. Boricum	B BO3 B F3	136.204 436.204 842.509	1341899 6396897 9255746
Bromum Acid. Bromicum Bromid. Hydricum Bromid. Argenticum	Br BrO5 HBr AgBr	999.62 1499.62 1012.12 2349.28	9998349 1759812 0052234 3709349
Cadmium Oxyd. Cadmicum Sulphid. Cadmicum	Cd CdO CdS	696.767 796.767 897.517	8430875 9013314 9530427
Calcium Oxyd. Calcicum Sulphas Calcicus Carbonas Calcicus	Ca CaO Ca 0 + S O3 Ca 0 -f C O2	251.651 351.651 852.401 626.651	4007986 5461118 9306439 7970257
Carbonicum Oxyd. Carbonicum Acid. Carbonicum Acid. Oxalicum	C CO C O2 C203	75 175 275 450	8750613 2430380 4393327 6532125
Cerium Oxyd. Cerosum Oxyd. Cericum	Ce CeO Ce203	590.60 690.60 1481.20	7712934 8392266 1706137
Chlorum Acid. Hypochlorosum Acid. Chloricum Acid. Perchloricum Chlorid. Hydricum	CI CI 0 CIO5 CIO7 HC1	443.28 543.28 943.28 1143.28 455.78	6466781 7350237 9746406 0581526 6587553
Chromium Oxyd. Chromicum Acid. Chromicum Sulphas Chromicus	Cr Cr203 CrO3 Cr2 O3 + 3 S O3	328.39 956.78 628.39 2459.03	5163899 9808121 7982293 3907638
Cobaltum Oxyd. Cobalticum Sesquioxyd. Cobalticum	Co CoO Co203	368.65 468.65 1037.30	5666142 6708486 0159044
Cuprum Oxyd. Cuprosum Oxyd. Cupricum Sulphas Cupricus	Cu Cu2 0 CuO Cu0 4-S03	395.60 891.20 495.60 996.35	5972563 9499752 6951313 9984119
Didymium Oxyd. Didymicum	Di DiO	620 720	7923917 8573325
 
23
Nomina.	Symbola.	Pondera Atomica.	Logarithmus Pond. Atom.
Erbium	E		
Ferrum Oxyd. Ferrosum Oxyd. Ferricum Acid. Ferricum	Fe Fe 0 Fe^O3 Fe O3	350.527 450.527 1001.054 650.527	5447215 6537208 0004575 8132653
Fluor Fluorid. Hydricum Fluorid. Calcicum	F HF CaF	235.435 247.935 487.086	3718710 3943379 6876056
Glycium Oxyd. Glycinicum	G G203	' 87.124 474.248	9401378 6760055
Hydrargyrum Oxyd. Hydrargyrosum Oxyd. Hydrargyricum Chlorid. Hydrargyrosum Chlorid. Hydrargyricum	Hg Hg20 HgO Hg* CI HgCl	1251.02 2602.04 1351.02 2945.32 1694.30	0972642 4153140 1306617 4691325 2289903
Hydrogenium Oxyd. Hydricum Binoxyd. Hydricum	H HO HO2	12.50 112.50 212.50	0969100 0511525 3273589
Iodum Acid. lodicum Acid. Periodicum lodid. Hydricum lodid. Argenticum	I 10s IO7 HI Agl	1585.992 2035.992 2285.992 1598.492 2935.652	2003010 3193126 3590747 2037104 4677046
Iridium Oxyd. Iridosum Sesquioxyd. Iridosum Oxyd. Iridicum Sesquioxyd. Iridicum	Ir Ir 0 lr203 Ir O2 Ir O3	1232.08 1332.08 2764.16 1432.08 1532.08	0906389 1245303 4415632 1559672 1852814
Kalium Oxyd. Kalicum Chlorid. Kalicum Sulphas Kalicus	K KO KC1 KO-f-SO3	488.856 588.856 932.1365 1089.606	6891809 7700091 9694795 0372695
Lanthanium Oxyd. Lanthanicum	La LaO	588 688	7693773 8375884
LlTHIUBl Oxyd. Lithicum	Li Li 0	82.612 182.612	9170431 2615293
Magnesium Oxyd. Magnesicum	Mg MgO	158.139 258.139	1990390 4118536
 
24
Nomina.	Symbola.	Pondera Atomica.	Logarithmus Pond. Atom.
Sulphas Magnesicus (Pyro) Phosphas Magnesicus	Mg 0 -f S O3 2MgO-4-P05	758.889 1407.998	8801782 1486021
Manganium Oxyd. Manganosum Oxyd. Manganicum Binoxyd. Manganicum Acid. Manganosum Acid. Permanganicum	Mn MnO Mn* O3 Mn O2 Mn O3 Mn2 O7	344.684 444.684 989.368 544.684 644.684 1389.368	5374211 6480515 9953578 7361446 8093469 1428173
Molybdenum Oxyd. Molybdosum Oxyd. Molybdicum Acid. Molybdicum	Mo MoO MoO2 MoO3	588.966 688.966 788.966 888.966	7700902 8381978 8970583 9488851
Natrium Oxyd. Natricum Chlorid. Natricum Carbonas Natricus Sulphas Natricus	Na NaO NaCl NaO+CO2 NaO-j-S O3	287.435 387,435 730.715 662.435 888.185	4585397 5881989 8637481 8211433 9485035
NlCCOLUM Oxyd. Niccolicum	Ni NiO	369.33 469.33	5674146 6714783
Niobium	Nb		
Nitrogenium Oxyd. Nitricum Binoxyd. Nitricum Acid. Nitricum Ammonia	N NO NO2 N O5 NH3	175.06 275.06 375.06 675.06 212.56	2431869 4394274 5741007 8293424 3274815
Osmium Oxyd. Osmiosum Sesquioxyd. Osmiosum Oxyd. Osmicum Acid. Osmicum	Os OsO Os203 OsO2 OsO4	1243.624 1343.624 2787 248 1443.624 1643.624	0946891 12N2778 4451756 1594541 2158025
Oxygenium	0	100	0000000
Palladium Oxyd. Palladosum Oxyd. Palladicum Chlorid. Palladoso-Kalicum lodid. Palladosum	Pd PdO Pd O2 K CI + Pd CI Pdl	665.477 765,177 ' 865.477 2040.893 2251.469	8231331 8839321 9372555 3098202 3524660
Pelopium	Pe		
Phosphorus	P	391.72	5929757
 
25
Nomina.	Symbola.	Pondera Atomica.	Logarithmus Pond. Atom.
Acid. Phosphorosum Acid. Phosphoricum Phosphid. Hydricum	PO3 PO5 PH3	691.72 891.72 429.22	8399303 95022S5 6326800
Platinum Chlorid. Platinico-Ammonic. Oxyd. Platinicum Chlorid. Platinico-Kalicum	Pt N H4 CI -f Pt CI2 PtO2 K CI -f- Pt CI2	1232.08 2786.98 1432.08 3050.776	0906390 4451339 1559673 4844103
Plumbum Oxyd. Plumbicum Chlorid. Plumbicum Sulphas Plumbicus	Pb PbO PbCl Pb 0 -j- S O3	1294.645 1394.645 1737.925 1895.395	1121507 1444637 2400311 2776998
Rhodium Oxyd. Rhodicum Chlorid. Rhodicum Chlorid. Rhodico-Kalicum	R R203 R2 CI3 K CI -J- R2 CI3	651.962 1603.924 2633.764 3565.90	8142223 2051838 4205769 5521692
Ruthenium Oxyd. Ruthenosum Sesquioxyd. Ruthenicum Acid. Ruthenicum	Ru Ru 0 Ru203 RuO3	651.962 751.962 1603.924 951'.962	8142223 8761959 2051838 9786279
Selenium Acid. Selenosum Acid. Selenicum Selenid. Hydricum	Se Se O2 SeO3 HSe	495.285 695.285 795.285 507.785	6948552 8121629 9005228 7056799
Silicium Acid. Silicicum Fluorid. Silicicum	Si SiO3 SiF3	277.778 577.778 984.083	4436979 7617610 9930317
Stannum Oxyd. Stannosum Oxyd. Stannicum	Sn SnO SnO2	735.294 835.294 935.294	8664611 9218394 9709482
Stibium Acid. Stibiosum Acid. Stibicum	Sb SbO3 SbO5	1612.903 1912.903 2112.903	2076082 2816930 3248795
Strontium On yd. Stronticum Sulphas Stronticus	Sr Sr 0 SrO-j-SO3	547.177 647.177 1147.927	7381278 8110231 0599143
Sulphur Acid. Sulphurosum Acid. Sulphuricum Sulphid. Hydricum |	S SO2 SO3 IIS	200.75 400.75 500.75 213.25	3026556 6028735 6996210 32888D0
3
4 
26
Nomina.	Symbola.	Pondera Atomica.	Logarithmus Pond. Atom.
Tantalum Oxyd. Tantalicum Acid. Tantalicum	Ta TaO2 TaO3	2296.73 2496.73 2596.73	3611100 3973716 4144268
Tellurium Acid. Tellurosum Acid. Telluricum Tellurid. Hydricum	Te TeO2 Te O3 HTe	801.76 1001.76 1101.76 814.26	9040444 0007637 0420870 9107631
Terbium			
Thorium Oxyd. Thoricum	Th ThO	745 845	8721563 9268567
Titanium Acid. Titanicum Chlorid. Titanicum	Ti TiO2 TiCl2	301.30 501.30 1187.86	4789991 7000977 0747653
Uranium Oxyd. Uranosum Oxyd. Uranicum Oxyd. Uranoso-Uranicum	U uo U203 UO-f-tPO3	750. 850. 1800. 2650.	8750613 9294189 2552725 4232459
Vanadium Oxyd. Vanadicum Acid. Vanadicum	V V O2 V O3	856.892 1056.892 1156.892	9329261 0240306 0632928
WOLFRAMIUM (TUNGSTEN) Oxyd. Wolframicum Acid. Wolframicum	w wo2 WO3	1183.36 1383.36 1483.36	0731169 1409352 1712466
Yttrium Oxyd. Yttricum	Y YO	402.514 502.514	6047810 7011482
ZlNCUM Oxyd. Zincicum Sulphas Zincicus	Zn ZnO ZnO+SO3	406.591 506.591 1007.341	6091578 7046575 0031765
Zirconium Oxyd. Zirconicum	Zr Zr2©3	419.728 1139.456	S 6229679 0566976
 
 
28
		Logarith-	i.
Invf.nta.	Invenienda.	mus. 7263724	
I. Aluminium. 1. Owdum Aluminicum	Aluminium		0.53257
" Al2 O3 2. Oxydum Aluminicum	Al Oxygenium	6697216	0.46744
A1203	O3		
II. Ammonium. 1. Oxydum Ammonicum	Ammonium	8403348	0.69236
NH4 0	NH4		
2. Oxydum Ammonicum	Oxygenium	4880365	0.30764
' NffO	0		
3. Chloridum Ammonicum	Ammonia	5024840	0.31804
NH4C1	NH3		
4. Chlorid. Platin.-Ammonicum	Ammonia	8823476	0.07627
NH4Cl-j-PtCl2	NH3		
5. latinum	Ammonia	2368425	0.17252
Pt	NH3		
6. Ammonia	Ammonium	0248168	1.05881
NH3	NH4		
7. Ammonia	Oxydum Ammonicum	1844820	1.52926
NH3	NH40		
III. Argentum.			
1. Oxydum Argenticum	Argentum	9689582	0.93102
AgO	Ag_		
2. Oxydum Argenticum	Oxygenium	8387338	0.06898
AgO	0		
3. Chloridum Argenticum	Oxydum Argenticum	9077004	0.80854
AgCl	AgO		
4. Chloridum Argenticum	Argentum	8766586	0.75276
AgCl	Ag		
5. Sulphidum Argenticum	Argentum	9397778	0.87052
AgS	Ag		
6. Sulphidum Argenticum	Oxydum Argenticum	9708196	0.93502
AgS	AgO		
7. Cyanidum Argenticum	Oxydum Argenticum	9373240	0.86561
AgCy _	AgO		
8. Chloridum Natricum	Argentum	2664763	1.84704
NaCl	Ag		
IV. Arsenicum.			
1. Acidum Arseniosum	Arsenicum	8794222	0.75757
AsO3	As		
2. Acidum Arseniosum	Oxygenium	3845880	0.24243
AsO3	" O3		
3. Acidum Arsenicum	Arsenicum	8143579	0.65217
AsO5	As		
4. Acidum Arsenicum	Oxysh'nium	5113724	0.34783
AsO5	* b3		
5. Sulphidum Arseniosum	Arsenicum	7845149	0.60886
AsS3	As		
 
29
2.	a.	4.	5.	6	7.	8.	9
1.06513	1.59770	2.13026	2.66283	3.19539	3.72796	4.26052	4.79309
0.93487	1.40231	1.86974	2.33718	2.80461	3.27205	3.73948	4.20692
1.38473	2.07710	2.76946	3.46183	4.15419	4.84656	5.53892	6.23129
0.61527	0.92291	1.23054	1.53818	1.84582	2.15345	2.46109	2.7CS72
0.63608	0.95413	1.27217	1.59021	1.90825	2.22629	2.54434	2.86238
0.15254	0.22881	0.30508	0.38135	0.45761	0.53388	0.61015	0.68642
0.34504	0.51756	0.69008	0.86261	1.03513	1.20765	1.38017	1.55269
2.11761	3.17642	4.23523	5.29404	6.35284	7.41165	8.47046	9.52926
3.05852	4.58779	6.11705	7.64631	9.17557	10.70483	12.23410	13.76336
1.86204	2.79305	3.72407	4.65509	5.58611	6.51713	7.44814	8.37916
0.13796	0.20695	0.27593	0.34491	0.41389	0.48287	0.55186	0.62084
1.61708	2.42561	3.23415	4.04269	4.85123	5.65977	6.46830	7.276S4
1.50553	2.25829	3.01106	3.76382	4.51658	5.26935	6.02211	6.77488
1.74104	2.61155	3.48207	4.35259	5.22311	6.09363	6.96414	7.83466
1.87003	2.80505	3.74007	4.67509	5.61010	6.54512	7.48014	8.41515
1.73123	2.59684	3.46245	4.32807	5.19368	6.05929	6.92490	7.79052
3.69408	5.54112	7.38816	9.23520	11.08224	12.92928	14.77632	16.62336
1.51514	2.27271	3.03028	3.78785	4.54542	5.30299	6.060E6	6.81813
0.48486	0.72729	0.96972	1.21215	1.45458	1.69701	1.93944	2.18187
1.30433	1.95650	2.60866	3.26083	3.91300	4.56516	5.21733	5.86949
0.69567	1.04350	1.39134	1.73917	2.08700	2.43484	2.78267	3.13051
1.21771	1.82657	2.43542	30442S	3.65314	4.26199	4.87085	5.47970
3* 
30
Inventa.	Invenienda.	Logarith-mus.	i.
6. Sulphidum Arseniosum	Acidum Arseniosum	9050927	0.80370
AsS3	AsO3		
7. Sulphidum Arsenicum	Arsenicum	6838816	0.48293
AsS5	As	v	
8. Sulphidum Arsenicum	Acidum Arsenicum	8695237	0.74050
AsS5	AsO5		
9. Arsenicum	Acidum Arseniosum	1205778	1.32001
As	AsO3		
10. Arsenicum	Acidum Arsenicum	1856421	1.53335
As	AsO5		
11. Arsenias Ammonico-Magnes.	Acidum Arseniosum	7138985	0.51749
2MgO + NH40-f- 1 As O5 + H 0 J	AsO3		
12. Arsenias Ammonico-Magnes.	Acidum Arsenicum	7789628	0.60112
2Mg04-NH40+) AsO5-}-HO ]	AsO5		
13. Aurum	Acidum Arseniosum	8779844	0.75507
2 Au	3 AsO3		
V. Aurum.			
1. Oxydum Aurosum	Aurum	9826836	0.96091
AuO	Au		
2. Oxydum Aurosum	Oxygenium	5920434	0.03909
AuO	0		
3. Oxydum Auricum	Aurum	9499940	0.89124
AuO3	Au		
4. Oxydum Auricum	Oxygenium	0364751	0.10876
AuO3	O3		
5. Aurum	Oxydum Aurosum	0173164	1.04068
Au	Au 0		
6. Aurum	Oxydum Auricum	0500060	1.12203
Au	AuO3		
VI. Barium.			
1. Oxydum Baricum	Barium	9520859	0.89554
Ba 0	Ba		
2. Oxydum Baricum	Oxygenium	0189429	0.10446
Ba 0	0		
3. Sulphas Baricus	Oxydum Baricum	8172787	0.65657
Ba 0 -J- S O3	BaO		
4. Carbonas Baricus	Oxydum Baricum	8903336	0.77684
Ba 0 + C O2	BaO		
5. Nitras Baricus	Oxydum Baricum	7682358	0.58646
Ba 0 -f N O5	BaO		
6. Chloridum Baricum	Oxydum Baricum	8669134	0.73606
Ba CI	BaO		
7. Chloridum Baricum	Barium	8189993	0.65917
BaCl	Ba		
8. Fluosilicetum Baricum	Oxydum Baricum	7400576	0.54961
3 Ba F -f 2 Si F3	3 BaO		
 
31
1.60740



0.96585



1.48100



2.64002



3.06671



1.03497






1.20224






1.51013








1.92182



0.07818



1.78248



0.21752



2.08136



2.24407








1.79108



0.20892



1.31313



1.55369



1.17291



 1.47212



1.31835



 1.09923
2.41109



1.44878



2.22149



3.96004



4.60006



1.55246






1.80337






2.26520








2.88274



0.11726



2.67372



0.32628



3.12203



3.36610








2.68663



0.31337



 1.96970



2.33053



 1.75937



2.20818



 1.97752



 1.64884
3.21479



1.93171



2.96199



5.28005



6.13341



2.06994






2.40449






3.02026








3.84365



0.15635



3.56496



0.43504



4.16271



4.48814








3.58217



0.41783



2.62626



 3.10737



2.34582



 2.94424



2.63669



 2.19846
4.01849



2.41464



3.70249



6.60006



7.66677



2.5S743






3.00561






3.77533








4.80456



0.19544



4.45620



0.54381



5.20339



5.61017








4.47771



 0.52229



 3.28283



 3.88422



 2.93228



 3.68030



 3.29587



 2.74807
  6.




4.82219




2.89756




4.44299



7.92007




9.20012



3.10492
5.62589  0.42958  7.23328



3.3S049  3.86342  4.34634



5.18349  5.9239S| 6.66448



9.24008 10.56010  11.88011
10.73347



 3.62240
3.60673  4.20785
4.53039








5.76547



0.23453



5.34743



0.65257



6.24407



6.73220








5.37325



0.62675



3.93940



4.66106



3.51874



4.41636



3.95504



3.29768
12.2G0S2 13.80018



 4.13989  4.65737
5.28546








6.72638



0.27362



6.23867



0.76133



7.2S475



7.85424








6.26879



0.73121



4.59596



5.43790



4.10519



5.15242



4.61421



3.84730
4.80898





6.04052








7.68730



0.31270



7.12991



0.87009



8.32542



8.97627








7.16434



0.83566



5.25253



6.21474



4.69165



5.88848



5.27338



4.39691
5.41010






6.79559








8.64821



0.35179



8.02115



0.97885



9.36610



10.09S31








 8.05988



 0.94012



 5.90909



 6.99159



 5.27810



 6.62454



 5.93256



 4.94653 
32
Inventa.	Invenienda.	Logarith-mus.	i.
VII. BlSMUTHUM.			
1. Oxydum Bismuthicum	Bismuthum	9536024	0.89868
Bi O3	Bi		
2. Oxydum Bismuthicum	Oxygenium	0057190	0.10133
BiO3	0		
VIII. Boron.			
1. Acidum Boricum	Boron	4945002	0.31225
B O3	B		
2. Acidum Boricum	Oxygenium	8374316	0.68775
BO3	O3		
IX. Bromum.			
1. Acidum Bromicum	Bromum	8238537	0.66658
BrO5	Br		
2. Acidum Bromicum	Oxygenium	5229888	0.33418
BrO5	O5		
3. Oxygenium	Bromum	9998349	9.99620
0	Br		
4. Bromidum Argenticum	Bromum	6289000	0.42550
AgBr	Br		
5. Bromidum Argenticum	Bromidum Hydricum	6342875	0.43081
AgBr	HBr		
6. Bromidum Hydricum	Bromum	9946115	0.98767
HBr	Br		
7. Bromum	Oxygenium	0001651	0.10004
Br	0		
X. Cadmium.			
1. Oxydum Cadmicum	Cadmium	9417561	0.87449
Cd 0	Cd		
2. Oxydum Cadmicum	Oxygenium	0986686	0.12551
Cd 0	0		
3. Sulphidum Cadmicum	Oxyd. Cadmicum	9482887	0.88775
CdS	CdO		
XI. Calcium.			
1. Oxydum Calcicum	Calcium	8546868	0.71563
CaO	Ca		
2. Oxydum Calcicum	Oxygenium	4538882	0.28437
Ca 0	0		
3. Sulphas Calcicus	Oxydum Calcicum	6154679	0.41254
CaO-fSO3	CaO		
4. Sulphas Calcicus	Carbonas Calcicus	8663818	0.73516
Ca 0 -f S O3	Ca 0 -f C O2		
5. Carbonas Calcicus	Oxydum Calcicum	7490861	0.56116
Ca 0 -f C O2	CaO		
6. Carbonas Calcicus	Sulphas Calcicus	1336182	1.36025
Ca 0 -f C O2	Ca 0 -j- S O3		
 
33
3.	3.	4.	5.	e.	7.	8.	9.
1.79735	2.69603	3.59470	4.49338	5.39205	6.29073	7.18940	8.08808
0.20265	0.30398	0.40530	0.50663	0.60796	0.70928	0.81061	0.91193
0.62450	0.93674	1.24899	1.56124	1.87349	2.18574	2.49798	2.81023
1.37550	2.06326	2.75101	3.43876	4.12651	4.81426	5.50202	6.18977
1.33316	1.99975	2.66633	3.33291	3.99949	4.66607	5.33266	5.99924
0.66836	1.00253	1.33671	1.67089	2.00507	2.33925	2.67342	3.00760
19.99240	29.98860	39.98480	49.98100	59.97720	69.97340	79.96960	89.96580
0.85100	1.27650	1.70200	2.12750	2.55300	2.97850	3.40400	3.82950
0.86163	1.29244	1.72325	2.15407	2.58488	3.01569	3.44650	3.87732
1.97534	2.96301	3.95068	4.93835	5.92601	6.91368	7.90135	8.88902
0.20008	0.30011	0.40015	0.50019	0.60023	0.70027	0.80030	0.90034
1.74899	2.62348	3.49797	4.37246	5.24696	6.12145	6.99594	7.87044
0.25101	0.37652	0.50203	0.62754	0.75304	0.87855	1.00406	1.12956
1.77549	2.66324	3.55098	4.43873	5.32648	6.21422	7.10197	7.98971
1.43125	2.14688	2.86251	3.57814	4.29376	5.00939	5.72502	6.44064
0.56875	0.85312	1.13749	1.42187	1.70624	1.99061	2.27498	2.55936
0.82508	1.23763	1.65017	2.C6271	2.47525	2.88779	3.30034	3.71288
1.47032	2.20548	2.94064	3.67580	4.41096	5.14612	5.88128	6.61644
1.12232	1.68348	2.24464	2.80580	3.36696	3.92812	4.48928	5.05044
2.72050	4.08074	5.44099	6.80124	8.16149	9.52174	10.88198	12.24223
 
34
Inventa.	Invenienda.	Logarith-mus.	l.
XII. Carbonicum.			i
1. Oxydum Carbonicum	Carbonicum	6320233	0.42857
CO	C		
2. Oxydum Carbonicum	Oxygenium	7569620	0.57143
CO	0		
3. Acidum Oxalicum	Carbonicum	5228788	0.33333
C203	C2		
4. Acidum Oxalicum	Oxygenium	8239088	0.66667
C203	O3		
5. Acidum Carbonicum	Carbonicum	4357286	0.27273
CO2	C		
6. Acidum Carbonicum	Oxygenium	' 8616973	0.72727
CO2	O2		
7. Acidum Carbonicum	Oxydum Carbonicum	8037053	0.63636
CO2	CO		
8. Acidum Carbonicum	Acidum Oxalicum	9128498	0.81818
CO2	| C8 O3		
9. Carbonas Calcicus	Acidum Oxalicum	5551568	0.35905
Ca 0 -f C O2	i C2 O3		
10. Carbonas Calcicus	Acidum Carbonicum	6423070	0.43884
Ca 0 -f C O2	CO2		
11. Carbonas Baricu	Acidum Carbonicum	3486092	0.22316
BaO-f-CO2	CO2		
XIII. Cerium.			
1. Oxydum Cerosum	Cerium	932066S	0.85520
CeO	Ce		
2. Oxydum Cerosum	Oxygenium	1607734	0.14480
Ce 0	0		
3. Oxydum Cericum Ce203	Cerium Ce2	9017097	0.79746
4. Oxydum Cericum Ce203	Oxygenium O3	3065076	0.20254
XIV. Chlorum.			
1. Acidum Hypochlorosum	Chlorum	9116544	0.81593
CI 0	CI		
2. Acidum Hypochlorosum	Oxygenium	2649763	0.18407
CI 0	0		
3. Acidum Chlorosum	Chlorum	7755257	0.59638
CI O3	CI		
4. Acidum Chlorosum CIO3	Oxygenium O3	6059689	0.40362
5. Acidum Chloricum CIO5	Chlorum CI Oxygenium O5	6720375	0.46994
6. Acidum Chloricum CIO5		7243294	0.53007
7. Acidum Perchloricum CIO7	Chlorum CI	5885255	0.38773
 
35
it.	3.	4.	5.	G.	7.	8.	9. 3.85714
0.85714	1.28571	1.71428	2.14286	2.57143	3.00000	3.42857	
1.14286	1.71428	2.28571	2.85714	3.42857	4.00000	4.57142	5.14285
0.66667	1.00000	1.33333	1.66667	2.00000	2.33333	2.66666	3.00000
1.33333	2.00000	2.66666	3.33333	4.00000	4.66666	5.33333	5.99999
0.54545	0.81818	1.09091	1.36364	1.63636	1.90909	2.18182	2.45454
1.45454	2.18182	2.90909	3.63636	4.36363	5.09090	5.81818	6.54545
1.27273	1.90909	2.54545	3.18182	3.81818	4.45454	5.09090	5.72727
1.63636	2.45454	3.27272	4.09091	4.90909	5.72727	6.54545	7.36363
0.71810	1.07716	1.43621	1.79526	2.15431	2.51336	2.87242	3.23147
0.87768	1.31652	1.75536	2.19421	2.63305	3.07189	3.51073	3.94957
0.44631	0.66947	0.89262	1.11578	1.33894	1.56209	1.78525	2.00840
1.71040	256559	3.42079	4.27599	5.13119	5.98639	6.84158	7.69678
0.28960	0.43440	0.57920	0.72401	0.86881	1.01361	1.15841	1.30321
1.59492	2.39239	3.18985	3.98731	4.78477	5.53223	6.37970	7.17716
0.40508	0.60761	0.81015	1.01269	1.21523	1.41777	1.62030	1.82284
1.63187	2.44780	3.26373	4.07967	4.89560	5.71153	6.52746	7.34340
0.36813	0.55220	0.73627	0.92034	1.10440	1.28847	1.47254	1.65660
1.19277	1.78915	2.38554	2.98192	3.57830	4.17470	4.77107	5.36746
0.80723	1.21085	1.61446	2.01808	2.42170	2.82531	3.22893	3.63254
0.93987	1.40981	1.87974	2.34968	2.81961	3.28955	3.75948	4.22942
1.06013	1.59020	2.12026	2.65033	3.18039	3.71046	4.24<!52	4.77059
0.77545	1.16318	1.55091	1.93864	2.32636	2.71409	3.10182	3.48954
 
36
    8. Acidum Perchloricum
              CIO7
    9. Oxygenium
         O
   10. Chlorum
        CI
   11. Chloridum Kalicum
           K CI
   12. Chloridum Natricum
           NaCl
   13. Chloridum Baricum
           BaCl
   14. Chloridum Calcicum
           CaCl
   15. Chloridum Plumbicum
            PbCl
   16. Chloridum Argenticum
            AgCl
   17. Chloridum Argenticum
            AgCl
  18. Chloridum Hydrargyrosum
            Hg2 CI
  19. Chloridum Hydrargyricum
            HgCl
  20.  Chloridum Hydricum
          HC1
  21.  Chlorum
        CI

XV. Chromium.
   1.  Oxydum Chromicum
           Cr203
   2.  Oxydum Chromicum
           Cr203
   3. Acidum Chromicum
           CrO3
   4. Acidum Chromicum
           CrO3
   5. Oxydum Chromicum
           Cr2 O3
   6. Chromas Baricus
      Ba O -f Cr O3
   7. Chromas Plumbicus
        PbO-f-CrO3

XVI. COBALTUM.
   1. Oxydum Cobalticum
         CoO
  2. Oxydum Cobalticum
         CoO
Invenienda.
     Oxygenium
         O7
      Chlorum
         CI
     Oxygenium
         O
      Chlorum
         CI
      Chlorum
         CI
      Chlorum
         CI
      Chlorum
         CI
      Chlorum
         CI
      Chlorum
         CI
Chloridum Hydricum
       HC1
      Chlorum
        CI
      Chlorum
        CI
      Chlorum
        CI
Chloridum Hydricum
       HC1
     Chromium
       Cr2
    Oxygenium
        O3
     Chromium
        Cr
    Oxygenium
        O3
Acidum Chromicum
     2 CrO3
Acidum Chromicum
      CrO3
Acidum Chromicum
      CrO3
 Cobaltum
    Co
Oxygenium
    O
Logarith-
  mus.
 7869454

 6466781

 3533219

 6771986

 7829300

 5325344

 8047364

 4066470

 3931123

 4051895

 1774660

 4176186

 9879228

 0120772



 8366078

 4963092

 7181606

 6788920

 1184472

 5980056

4922259
  0.61227

  4.43280

  0.22559

  0.47555

 0.60664

 0.34083

 0.63788

 0.25506

 0.21721

 0.25421

 0.15048

 0.26159

 0.97257

 1.02820



 0.68645

 0.31355

 0.52259

 0.47741

 1.31355

0.39628

0.31062
8957656  0.78662

32915ll'  0.21338 
37
2.	3.	4.	5.	6	7.	8.	9.
1.22455	1.83682	2.44909	3.06137	3.67364	4.28591	4.89818	5.51046
8.86560	13.29840	17.73120	22.16400	26.59680	31.02960	35.46240	39.89520
0.45118	0.67677	0.90236	1.12796	1.35355	1.57914	1.804,73	2.03032
0.95111	1.42666	1.90221	2.37777	2.85332	3.32887	3.80442	4.27998
1.21328	1.81992	2.42656	3.03320	3.63983	4.24647	4.85311	5.45975
0.68165	1.02248	1.36331	1.70414	2.04496	2.38579	2.72662	3.06744
1.27575	1.91363	2.55150	3.18938	3.82726	4.46513	5.10301	5.74088
0.51013	0.76519	1.02025	1.27532	1.53038	1.78544	2.04050	2.29557
0.49447	0.74171	0.98894	1.23618	1.48342	1.73065	1.97789	2.22512
0.50842	0.76262	1.01683	1.27104	1.52525	1.77946	2.03366	2.28787
0.30095	0.45143	0.60190	0.75238	0.90286	1.05333	1.20381	1.35428
0.52318	0.78477	1.04636	1.30795	1.56953	1.83112	2.09271	2.35430
1.94515	2.91772	3.89030	4.86287	5.83544	6.80802	7.78059	8.75317
2.05640	3.08460	4.11280	5.14100	'6.16919	7.19739	8.22559	9.25379
1.37290	2.05934	2.74579	3.43224	4.11869	4.80514	5.49158	6.17803
0.62710	0.94065	1.25420	1.56776	1.88131	2.19486	2.50841	2.82196
1.04518	1.56777	2.09036	2.61295	3.13553	3.65812	4.18071	4.70330
0.95482	1.43223	1.90964	2.38705	2.86446	3.34187	3.81928	4.29669
2.62710	3.94066	5.25421	6.56776	7.88131	9.19486	10.50842	11.82197
0.79257	1.18885	1.58513	1.98142	2.37770	2.77398	3.17026	3.56655
0.62123	0.93185	1.24247	1.55309	1.86370	2.17432	2.48494	2.79555
1.57324	2.35986	3.14648	3.93311	4.71973	5.50635	6.29297	7.07959
0.42676	0.64013	0.85351	1.06689	1.28027	1.49365	1.70702	1.92040
 
38
		Logarith-	i.
I.NVENTA.	Invenienda.	mus.	
3. Sesquioxyd. Cobalticum	Cobaltum	8517398	0.71079
(V 03	Co2		
1. Sesquioxvil. Cobalticum	Oxygenium	4612169	0.28921
Co203	O3		
5. Cobaltum	Oxydum Cobalticum	1042344	1.27126
Co	CoO		
XVII. Cuprum.			
1. Oxydum Cuprosum	Cuprum	9483111	0.88779
Cu20	Cu2		
2. Oxydum Cuprosum	Oxygenium	0500248	0.11221
Cu2 0	0		
3. Oxydum Cupricum	Cuprum	9021250	0.79822
CuO	Cu		
4. Oxydum Cupricum	Oxygenium	3048687	0.20178
CuO	0		
5. Oxydum Cupricum	Oxydum Cuprosum	9538139	0.89911
CuO	|Cu20		
6. Sulphidum Cupricum	Cuprum	8217551	0.66337
CuS	Cu		
XVIII. Cyanogenium.			
1. Cyanogenium	Nitrogenium	7312234	0.53855
NC2	N		
2. Cyanogenium	Carbon	6641278	0.46145
NC2	C2		
3. Cyanidum Argenticum	Cyanogenium	2880213	0.19410
AgCy	°y		
4. Cyanidum Argenticum	Cyanidum Hydricum	3044088	0.20156
Ag Cy	HCy		
5. Cyanidum Hydrargyricum	Cyanidum Hydricum	3306983	0.21414
Hg Cy	HCy		
6. Cyanidum Hydricum	Cyanogenium	9836125	0.96297
HCy	Cy		
XIX. Didymium.			
1. Oxydum Didymicum	Didymium	9350592	0.86111
DiO	Di		
2. Oxydum Didymicum	Oxygenium	1426675	0.13889
DiO	0		
XX. Ferrum.			
1. Oxydum Ferrosum	Ferrum	8910007	0.77804
FeO	Fe		
2. Oxydum Ferrosum	Oxygenium	3462792	0.22196
Fe 0	0		
3. Oxydum Ferricum	Ferrum	8452940	0.70032
Fe203	Fe2		
4. Oxydum Ferricum	Oxygenium	4766638	0.29968
Fe203	O3		
 
39
3.	3.	4.	5.	6.	7.	8.	9.
1.42157	2.13236	2.84315	3.55394	4.26472	4.97551	5.68630	6.39708
0.57842	0.86764	1.15685	1.44606	1.73527	2.02448	2.31370	2.60291
2.54252	3.81378	5.08504	6.35630	7.62756	8.89882	10.17008	11.44134
1.77558	2.66338	3.55117	4.43896	5.32675	6.21454	7.10234	7.99013
0.22442	0.33662	0.44883	0.56104	0.67325	0.78546	0.89766	1.00987
1.59645	2.39467	3.19290	3.99112	4.78934	5.58757	6.38579	7.18402
0.40355	0.60533	0.80710	1.00888	1.21066	1.41243	1.61421	1.81598
1.79822	2.69734	3.59645	4.49556	5.39467	6.29378	7.19290	8.09201
1.32674	1.99011	2.65348	3.31685	3.98021	4.64358	5.30695	5.97032
1.07709	1.61564	2.15419	2.69274	3.23128	3.76983	4.30838	4.84692
0.92291	1.38436	1.84581	2.30727	2.76872	3.23017	3.69162	4.15308
0.38820	0.58229	0.77639	0.97049	1.16459	1.35869	1.55278	1.74688
0.40312	0.60469	0.80625	1.00781	1.20937	1.41093	1.61250	1.81406
0.12828	0.64242	0.85656	1.07070	1.28484	1.49898	1.71312	1.92726
1.92591	2.88891	3.85188	4.81485	5.77782	6.74079	7.70376	8.66673
1 72222	2.58333	3.44444	4.30555	* 5.16667	6.02778	6.88889	7.75000
0.27778	0.41667	0.55556	0.69445	0.83333	0.97222	1.11111	1.25000
1.55608	2.33411	3.11215	3.89019	4.66823	5.44627	6.22430	7.00234
0.44392	0.66589	0.88785	1.10981	1.33177	1.55373	1.77570	1.99766
1.40063	2.10095	2.80126	3.50158	4.20190	4.90221	5.60253	630284
0.59937	0.89905	1.19874	1.49842	1.79810	2.09779	2.39747	j 2.69716
 
40
             l.WENTA.

    5. Oxydum Ferricum
           Fe2 O3
    6. Ferrum
        Fe2
    7. Ferrum
        Fe
    8. Ferrum
        Fe
    9. Ferrum
        Fe2
  10. Oxygenium
         O
  11. Oxygenium
         O
  12. Oxygenium
         O3
  13. Sulphur
        S
  14. Chlorum
       CI
  15. Aurum
       Au
  16. Cuprum
      2Cu

 XXI. Fluor.
   1. Oxygenium
        O
  2. Fluoridum Hydricum
            II F
  3. Oxydum Hydricum
            HO
  4. Fluoridum Calcicum
            CaF
  5. Fluoridum Calcicum
            CaF
  6. Fluoridum Natricum
            NaF
  7. Silico-Fluorid. Natricum
       3NaF-f-2SiF3

XXII. Glycium.
  1. Oxydum Glycinicum
          Be203
  2. Oxydum Glycinicum
          Be2 O3

XXIII. Hydrargyrum.
  1. Oxydum Hydrargyrosum
           Kg* O
     Invenienda.

 Oxydum Ferrosum
     2Fe O
 Oxydum Ferricum
      Fe203
 Oxydum Ferrosum
      Fe O
    Oxygenium
        O
    Oxygenium
       O3
Oxydum Ferrosum
     2Fe O
Oxydum Ferrosum
      FeO
Oxydum Ferricum
     Fe203
Oxydum Ferricum
  .   Fe2 O3
Oxydum Ferricum
     Fe203
Oxydum Ferrosum
     6 FeO
Oxydum Ferricum
     Fe203
       Fluor
         F
       Flu or
         F
Fluoridum Hydricum
       HF
       Fluor
         F
Fluoridum Hydricum
  «     HF
       Fluor
         F
     Natrium
       3Na
 Glycium
   Be2
Oxygenium
   O3
Hydrargyrum
    Hg2
Logarith-
  mus.
 9542933

 1547060

 1089993

 4552785

 6313698

 9547508

 6537208

 5233362

 6978019

3537794

0412319
1U^1712 3718710	1.26524 2.35435
9775331	0.94958
3431854	2.20387
6842654	0.48335
7067323	0.50902
6534773	0.45027
3870534	0.24381
5651623	0.36742
8011158	0.63258
9829803	0.96157
 
41
a.	3.	4.	5.	6.	7.	8.	9.
1.80021	2.70032	3.60042	4.50053	5.40063	6.30074	7.20084	8.10095
2.85585	4.28378	5.71171	7.13964	8.56756	9.99549	11.42342	12.85134
2.57057	3.85586	5.14114	6.42643	7.71171	8.99700	10.28228	11.56757
0.57057	0.85586	1.14114	1.42643	1.71171	1.99700	2.28228	2.56757
0.85585	1.28378	1.71171	2.13964	2.56756	2.99549	3.42342	3.85134
18.02108	27.03162	36.04216	45.05270	54.06324	63.07378	72.08432	81.09486
9.01054	13.51581	18.02108	22.52635	27.03162	31.53689	36.04216	40.54743
6.67370	10.01054	13.34739	16.68424	20.02108	23.35793	26.69478	30.03162
9.97314	14.95971	19.94628	24.93285	29.91942	34.90599	39.S9256	44.87913
4.51658	6.77487	9.03316	11.29145	13.54973	15.80802	18.06631	20.32460
2.19919	3.29878	4.39837	5.49797	6.59756	7.69715	8.79674	9.89634
2.53047	3.79571	5.06094	6.32618	7.59141	8.85665	10.12188	11.38712
4.70870	7.06305	9.41740	11.77175	14.12610	16.48045	18.83480	21.18915
1.89917	2.84875	3.79833	4.74792	5.69750	6.64708	7.59666	8.54625
4.40773	6.61160	8.81547	11.01934	13.22320	15.42707	17.63094	19.83480
0.96671	1.45006	1.93342	2.41677	2.90012	3.38348	3.86683	4.35019
1.01803	1.52705	2.03607	2.54509	3.05410	3.56312	4.07214	4.58115
0.90055	1.35082	1.80110	2.25137	2.70164	3.15192	3.60219	4.05247
0.48762	0.73143	0.97524	1.21906	1.46287	1.7066S	1.95049	2.19430
0.73484	1.10226	1.46968	1.83710	2.20452	2.57194	2.93936	3.3C678
1.26516	1.89774	2.53032	3.16290	3.7954S	4.42806	5.06064	5.69322
1.92314	2.8847]	384628	4.80785	5.76941	6.73098	7.69255	865412
		1*	f			6	
 
42
		Logarith-	i.
Inventa.	Invenienda.	mus. 5846860	
2. Oxydum Hydrargyrosum	Oxygenium		0.03843
Hg20 3. Oxydum Hydrargyricum	0 Hydrargyrum	9666025	0.92598
HgO 4. Oxydum Hydrargyricum	Hg Oxygenium	8693383	0.07402
HgO 5. Chloridum Hydrargyrosum	0 Hydrargyrum	9291618	0.84950
Hg2Cl 6. Chloridum Hydrargyrosum	Hg2 Oxyd. Hydrargyrosum	9461815	0.88345
Her2 CI	Hg20		
7. Chloridum Hydrargyrosum	Oxyd. Hydrargyricum	9625592	0.91740
Hg'2 CI 8. Chloridum Hydrargyricum	2 HgO		
	Hydrargyrum	8682739	0.73837
HgCl 9. Chloridum Hydrargyricum	Hg		
	Oxyd. Hydrargyricum	9016714	0.79739
Hg CI 10. Sulphidum Hydrargyricum	HgO		
	Hydrargyrum	9353664	0.86172
HgS 11. Sulphidum Hydrargyricum	Hg		
	Oxyd. Hydrargyricum	9687639	0.93060
HgS	HgO		
12. Sulphidum Hydrargyricum	Chlorid. Hydrargyric.	0670925	1.16706
HgS 13. Hydrargyrum	HgCl		
	Oxyd. Hydrargyrosum	0170198	1.03997
Hg 14. Hydrargyrum	^Hg20		
	Oxyd. Hydrargyricum	0333975	1.07994
Hg 15. Hydrargyrum	HgO		
	Chlorid. Hydrargyros.	0708383	1.17717
Hg	iH^Cl		
16. Hydrargyrum	Chlorid. Hydrargyric.	1317261	1.35434
Hg	HgCl		
XXIV. Hydrogenium.			
1. Oxydum Hydricum	Hydrogenium	0457575	0.11111
HO	H		
2. Oxydum Hydricum	Oxygenium	9488475	0.88889
HO	0		
3. Chloridum Hydricum	Hydrogenium	4381547	0.02743
HC1	H		
4. Bromidum Hydricum	Hydrogenium	0916780	0.01235
HBr	H		
5. Iodidum Hydricum	Hydrogenium	8931996	0.00782
HI	H		
6. Fluoridum Hydricum	Hydrogenium	7025721	0.05042
HF	H		
7. Cyanidum Hydricum	Hydrogenium	5685590	0.03703
HCy	H		
8. Sulphidum Hydricum	Hydrogenium	7680210	0.05862
HS	H		
9. Selenidum Hydricum	Hydrogenium	3912301	0.02462
HSe "	H		
 
43
a.	3.	4.	5.	6.	7.	8.	9.
0.07686	0.11529	0.15372	0.19216	0.23059	0.26902	0.30745	0.34538
1.85196	2.77795	3.70393	4.62991	5.55589	6.48187	7.40786	8.33384
0.14804	0.22205	0.29607	0.37009	0-44411	0.51813	0.59214	0.66616
1.69899	2.54849	3.39799	4.24749	5.09698	5.94648	6.79598	7.64547
1.76690	2.65035	3.53380	4.41725	5.30069	6.18414	7.06759	7.95104
1.83480	2.75220	3.66960	4.58701	5.50441	6.42181	7.33921	8.25661
1.47674	2.21511	2.95348	3.69185	4.43021	5.16858	5.90695	6.64532
1.59478	2.39217	3.18956	3.98696	4.78435	5.58174	6.37913	7.17652
1.72344	2.58516	3.44688	4.30860	5.17032	6.03204	6.89376	7.75548
1.86120	2.79181	3.72241	4.65301	5.58361	6.51421	7.44482	8.37542
2.33412	3.50117	4.66823	5.83529	7.00235	8.16941	9.33646	10.50352
2.07993	3.11990	4.15987	5.19984	6.23980	7.27977	8.31974	9.35970
2.15987	3.23981	4.31974	5.39968	6.47961	7.55955	8.63948	9.71942
2.35433	3.53150	4.70867	5.88584	7.06300	8.24017	9.41734	10.59450
2.70867	4.06301	5.41734	6.77168	8.12601	9.48035	10.83468	12.18902
0.22222	0.33333	0.44444	0.55556	0.66667	0.77778	0.88889	1.00000
1.77778	2.66667	3.55556	4.44445	5.33333	6.22222	7.11111	8.00000
0.05485	0.08228	0.10970	0.13713	0.16456	0.19198	0.21941	0.24683
0.02470	0.03705	0.04940	0.06175	0.07410	0.03645	0.09880	0.11115
0.01564	0.02346	0.03128	0.03910	0.04692	0.05474	0.06256	0.07038
0.10083	0.15125	0.20166	0.25208	0.30250	0.35291	0.40333	0.45374
0.07406	0.11109	0.14812	0.18515	0.22218	0.25921	0.29624	0.33327
0.11723	0.17585	0.23447	0.29309	0.35170	0.41032	0.46894	0.52755
0.04923	0.07385	0.09847	0.12309	0.14770	0.17232	8.19694	0.22155
 
44
		Logarith-	i.
Inventa.	Invenienda.	mus.	
10. Telluridum Hydricum	Hydrogenium	1861469	0.01535
HTe	H		
XXV. Iodum.			
1. Acidum lodicum	Iodum	8809884	0.76031
IO5	I		
2. Acidum lodicum	Oxygenium	3796574	0.23969
IO5	O5		
3. Acidum Periodicum	Iodum	8412263	0.69379
IO7	I		
4. Acidum Periodicum	Oxygenium	4860233	0.30621
IO7	O7		
5. Oxygenium O 6. Iodidum Argenticum	Iodum I	2003010	15.85992
	Iodum	7325964	0.54025
Agl	I		
7. Iodidum Argenticum	Iodidum Hydricum	7360058	0.54451
Agl	HI		
8. Iodidum Cuprosum	Iodum	8242368	0.66716
Cu2I	I		
9. Iodidum Cuprosum	Iodidum Hydricum	8276462	0.67243
Cu2I	HI		
10. Iodidum Palladosum	Iodum	8478350	0.70443
Pdl	I		
11. Iodidum Palladosum	Iodidum Hydricum	8512444	0.70998
Pdl	HI		
12. Iodidum Hydricum	Iodum	9965906	0.99218
HI	I		
13. Iodum	Oxygenium	7996990	0.06305
I	0		
XXVI. Iridium.			
1. Oxydum Iridosum	Iridium	9661086	0.92493
IrO	Ir		
2. Oxydum Iridosum	Oxygenium	8754697	0.07507
IrO	0		
3. Sesquioxyd. Iridosum	Iridium	9501057	0.89147
lr203	Ir2		
4. Sesquioxyd. Iridosum	Oxygenium	0355581	0.10853
lVO3	O3		
5. Oxydum Iridicum	Iridium	9346717	0.86034
IrO2	Ir		
6. Oxydum Iridicum	Oxygenium	1450628	0.13966
IrO2	O2		
7. Sesquioxyd. Iridicum	Iridium	9053575	0.80419
IrO3	Ir		
8. Sesquioxyd. Iridicum	Oxygenium	2918399	0.19581
IrO3	" O3		
9. Chlorid. Iridico-Kalicum	Iridium	6062285	0.40386
K CI -4- Ir CI2	Ir		
 
45
a.	3.	4	5.	6.	7.	8.	9.
0.03070	0.04605	0.06140	0.07676	0.09211	0.10746	0.12281	0.13816
1.52061	2.28092	3.04122	3.80153	4.56184	5.32214	6.08245	6.84275
0.47939	0.71908	0.95878	1.19847	1.43816	1.67786	1.91755	2.15725
1.38757	2.08136	2.77515	3.46894	4.16272	4.85651	5.55030	6.24408
0.61243	0.91864	1.22485	1.53107	1.83728	2.14349	2.44970	2.75592
31.71984	47.57976	63.43968	79.29960	95.15952	111.01944	126.87936	142.73928
1.08050	1.62076	2.16101	2.70126	3.24151	3.78176	4.32202	4.86227
1.08902	1.63353	2.17804	2.72255	3.26706	3.81157	4.35608	4.90059
1.33432	2.00148	2.66864	3.33580	4.00296	4.67012	5.33728	* 6.00444
1.34486	2.01729	2.68972	3.36215	4.03457	4.70700	5.37943	6.051S6
1.40885	2.11328	2.81770	3.52213	4.22655	4.93098	5.63540	6.33983
1.41995	2.12993	2.83991	3.54989	4.25986	4.96984	5.67982	6.38979
1.98436	2.97654	3.96872	4.96090	5.95308	6.94526	7.93744	8.92962
0.12610	0.18916	0.25221	0.31526	0.37831	0.44136	0.50442	0.56747
1.84986	2.77479	3.69972	4.62465	5.54958	6.47451	7.39944	8.32437
0.15014	0.22521	0.30028	0.37535	0.45042	0.52549	0.60056	0.67563
1.78294	2.67440	3.56587	4.45734	5.34881	6.24028	7.13174	8.02321
0.21706	0.32560	0.43413	0.54266	0.65119	0.75972	0.86826	0.97679
1.72069	2.58103	3.44137	4.30172	5.16206	6.02240	6.88274	7.74309
0.27931	0.41897	0.55863	0.69829	0.83794	0.97760	1.11726	1.25691
1.60837	2.41256	3.21675	4.02094	4.82512	5.62931	6.43350	7.23768
0.39162	0.58744	0.78325	0.97906	1.17487	1.37068	1.56650	1.76231
0.80772	1.21157	1.61543	2.01929	2.42315	2.82701	3.23086	3.63472
 
46
Inventa.	Invenienda.	Logarith-mus.	l.
10. Chlorid. Iridico-Ammonicum	Iridium	645505C	0.44208
NH4Cl + IrCl2	Ir		
11. Iridium	Chloridum Iridicum	2354183	1.71956
Ir	Ir CI2		
XXVII. Kalium.			
1. Oxydum Kalicum	Kalium	9191718	0.83018
KO	K		
2. Oxydum Kalicum	Oxygenium	2299909	0.16982
KO	0		
3. Sulphas Kalicus	Oxydum Kalicum	7327396	0.54043
KO+SO3	KO		
4. Chloridum Kalicum	Oxydum Kalicum	8005296	0.63173
KC1	KO		
5. Chloridum Kalicum	Kalium	7197014	0.52445
KC1	K		
6. Carbonas Kalicus	Oxydum Kalicum	8335677	0.68166
KO-j-CO2	KO		
7. Nitras Kalicus	Oxydum Kalicum	6682909	0.46590
K 0 + N O5	KO		
8. Chlorid. Platinico-Kalicum	Oxydum Kalicum	2855988	0.19302
Pt CI2 -f K CI	KO		
9. Chlorid. Platinico-Kalicum	Chloridum Kalicum	4850692	0.30554
Pt CI2 -f K CI	KC1		
10. Platinum	Oxydum Kalicum	6793701	0.47794
Pt	KO		
11. Sulphas Baricus	Sulphas Kalicus	8734911	0.74729
Ba 0 -f- S O3	KO-fSO3		
12. Chloridum Argenticum	Chloridum Kalicum	7159137	0.51989
AgCl	KC1		
XXVIII. Lanthanitjm.			
1. Oxydum Lanthanicum	Lanthanium	9317889	0.85465
LaO	La		
2. Oxydum Lanthanicum	Oxygenium	1624116	0.14535
LaO	0		
XXIX. Lithium.			
1. Oxydum Lithicum	Lithium	6555138	0.45239
LO	L		
2. Oxydum Lithicum	Oxygenium	7384707	0.54761
LO	0		
3. Sulphas Lithicus	Oxydum Lithicum	4268784	0.26723
LO + SO3	LO		
4. Carbonas Lithicus	Oxydum Lithicum	6010319	0.39905
L 0 -f- C O2	LO		
5. Chloridum Lithicum	Oxydum Lithicum	5406327	0.34724
LCI	LO		
6. Chloridum Lithicum	Lithium	1961465	1.57089
LCI	L		
 
47
0.88417	3.	4.	5.	6.	7.	8.	9.
	1.32625	1.76834	2.21042	2.65250	3.09459	3.53667	3.97876
3.43913	5.15869	6.87826	8.59782	10.31738	12.03695	13.75651	15.47608
1.66036	2.49054	3.32072	4.15090	4.98107	5.81125	6.64143	7.47161
0.33964	0.50946	0.67928	0.84911	1.01893	1.18875	1.35857	1.52839
1.08086	1.62129	2.16172	2.70215	3.24258	3.78301	4.32344	4.86387
1.26345	1.89518	2.52691	3.15864	3.79036	4.42209	5.05382	5.68554
1.04889	1.57334	2.09779	2.62224	3.14668	3.67113	4.19558	4.72002
1.36332	2.04498	2.72664	3.40830	4.08996	4.77162	5.45328	6.13494
0.93180	1.39769	1.86359	2.32949	2.79539	3.26129	3.72718	4.19308
0.38604	0.57905	0.77207	0.96509	1.15811	1.35113	1.54414	1.73716
0.61108	0.91662	1.22216	1.52771	1.83325	2.13879	2.44433	2.74987
0.95587	1.43381	1.91175	2.38969	2.86762	3.34556	3.82350	4.30143
1.49459	2.24188	2.98917	3.73647	4.48376	5.23105	5.97834	6.72564
1.03979	1.55968	2.07957	2.59947	3.11936	3.63925	4.15914	4.67904
1.70930	2.56395	3.41860	4.27326	5.12791	5.98256	6.83721	7.69186
0.29070	0.43605	0.58140	0.72675	0.87209	1.01744	1.16279	1.30814
0.90478	1.35717	1.80956	2.26196	2.71435	3.16674	3.61913	4.07152
1.09522	1.64283	2.19044	2.73805	3.28565	3.83326	4.38087	4.92848
0.53445	0.80168	1.06890	1.33613	1.60336	1.87058	2.13781	2.40503
0.79811	1.19716	1.59622	1.99527	2.39432	2.79338	3.19243	3.59149
0.69448	1.04173	1.38897	1.73621	2.08345	2.43069	2.77794	3.12518
3.14179	4.71268	6.2S357	7.85447	9.42536	10.99625	12.56714	14.13804
 
48
1---------------------------		Logarith-	i#
Inventa.	Invenienda.	mus. 0966511	
7 Phosphas Natrico-Lithicus	Oxydum Lithicum		0.12493
2NaO + P05-f-) 2 L 0 -f P O5 i	2LO		
			
XXX. Magnesium. 1. Oxydum Magnesicum	Magnesium	7871854	0.61261
MgO 2. Oxydum Magnesicum	Mg Oxygenium	5881464	0.38739
MgO 3. Sulphas Magnesicus	" O		
	Oxydum Magnesicum	5316754	0.34015
MgO + SO3 4. Phosphas Magnesicus	Mg 0 Oxydum Magnesicum	5642815	0.36668
2 Mg 0 + P O5 5. Phosphas Magnesicus	2 Mg 0		
	Carbonas Magnesicus	8792683	0.75730
2 Mg 0 + P O5 6. Chloridum Argenticum	2(MgO + C02)		
	Chloridum Magnesic.	5256114	0.33544
AgCl 7. Sulphas Baricus	MgCl		
	Sulphas Magnesicus	7163998	0.52048
BaO + SO3	MgO-{-SO3		
XXXI. Manganium.			
1. Oxydum-Manganosum	Manganium	8893696	0.77512
MnO	Mn		
2. Oxydum Manganosum	Oxygenium	3519485	0.22488
MnO	0		
3. Oxydum Manganicum	Manganium	8430934	0.69678
Mn2 O3	Mn2		
4. Oxydum Manganicum	Oxygenium	4817635	0.30322
Mn203	O3		
5. Binoxydum Manganicum	Manganium	8012765	0.63281
MnO2	Mn		
6. Binoxydum Manganicum	Oxygenium	5648854	0.36719
Mn O2	0*		
7. Acidum Manganicum	Manganium	7280742	0.53466
MnO3	Mn		
8. Acidum Manganicum	Oxygenium	6677744	0.46534
MnO3	O3		
9. Acidum Permanganicum	Manganium	6956339	0.49617
Mn207	Mn'2		
10. Acidum Permanganicum	Oxygenium	7022807	0.50383
Mn207	()7		
11. Oxyd. Manganoso-Manganic.	Oxydum Manganosum	9686078	O.93027
MnO + Mn'O3	3 Mn 0		
12. Oxyd. Manganoso-Manganic.	Oxydum Manganicum	0148842	1.03487
MnO-fMn203	1\ Mn2 O3		
13. Oxyd. Manganoso-Manganic.	Binoxyd. Manganicum	0567010	1.13947
Mn 0 + Mn2 O3	3 Mn O2		
14. Sulphas Manganosus	Oxydum Manganosum	6724203	0.47035
MnO-fSO3	MnO		
15. Acidum Carbonicum	Binoxyd. Manganicum	9957819	0.99034
2 CO2	MnO2		
 
49
 0.24985









 1.22322



 0.77478



 0.68031



 0.73335



 1.51460



 0.67087



 1.04095







 1.55024



 0.44976



 1.39355



 0.60645



 1.26563



 0.73437



 1.06931



 0.93069



 0.99235



 1.00765



 1.86053



2.06973



2.27893



0.94070



1.98067
 0.37478









 1.83784



 1.16216



 1.02046



 1.10003



 2.27190



 1.00631



 1.56143







 2.32536



 0.67463



 2.09033



 0.90967



 1.89845



 1.10156



 1.60397



 1.39603



 1.48852



 1.51148



2.79080



3.10460



3.41840



1.41105



2.97101
 0.49970









 2.45045



 1.54955



 1.36062



 1.46670



 3.02920



 1.34175



 2.08190







 3.10048



 0.89951



 2.78710



 1.21290



 2.53126



 1.46874



 2.13862



 1.86138



 1.98470



2.01530



3.72107



4.13946



4.55786



1.88140



3.96134
 0.62463









 3.06306



 1.93694



 1.70077



 1.83338



 3.78650



 1.67719



 2.60238







 3.87561



 1.12439



 3.48388



 1.51612



 3.16408



 1.83593



 2.67328



 2.32672



 2.48087



2.51913



4.65134



5.17433



5.69733



2.35175



4.95168
 0.74956









 3.67567



 2.32433



 2.04092



 2.20005



 4.54380



 2.01262



 3.12285







 4.65073



 1.34927



 4.18066



 1.81934



 3.79689



 2.20311



 3.20794



 2.79206



 2.97704



 3.02296



 5.58160



 6.20920



 6.83679



2.82209



5.94201
 0.87448









 4.28828




 2.71172



 2.38108




 2.56673




 5.30110




 2.34806




 3.64333







 5.42585




 1.57415




 4.87743




 2.12257




 4.42971



 2.57030




 3.74259




 3.25741




 3.47322




 3.52678




 6.51187




7.24406




7.97626




3.29244




6.93235
 0.99941









 4.90090



 3.09910



 2.72123



 2.93340



 6.05840



 2.68350



 4.16380







 6.20097



 1.79902



 5.57421



 2.42579



 5.06252



 2.93748



 4.27725



 3.72275



 3.96939



 4.03061



 7.44214



 8.27893



 9.11572



 3.76279



7.92268
  1.12433









  5.51351



  3.48649



  3.06139



  3.30008



  6.81570



  3.01893



  4.68428







  6.97609



  2.02390



  6.27098



  2.72902



  5.69534



  3.30467



  4.81190



  4.18810



  4.46557



  4.53443



 8.37240



 9.31379



10.25519



 4.23314



 8.91302
5
7 
50
	Inventa.	Invenienda.	Logarith-mus.	
	XXXII. Molybdenum.			
	1. Oxydum Molybdosum	Molybdenum	9318924	0.85486
	Mo 0	Mo		
	2. Oxydum Molybdosum	Oxygenium	1618022	0.14515
	MoO	0		
	3. Oxydum Molybdicum	Molybdenum	8730319	0.74650
	MoO2	Mo		
	4. Oxydum Molybdicum	Oxygenium	4039717	0.25350
	Mo O2	O2		
	5. Acidum Molybdicum	Molybdenum	8212051	0.66253
	MoO3	Mo		
	6. Acidum Molybdicum	Oxygenium	5282362	0.33747
	MoO3	O3		
	7. Sulphidum Molybdicum	Molybdenum	7742507	0.59464
	MoS2	Mo		
	8. Bisulphidum Molybdicum	Molybdenum	6940997	0.49442
	MoS3	Mo		
	9. Molybdenum	Acidum Molybdicum	1787949	1.50937
	Mo	MoO3		
	XXXIII. Natrium.			
	1. Oxydum Natricum	Natrium	8703408	0.74189
	NaO	Na		
	2. Oxydum Natricum	Oxygenium	4118011	0.25811
	NaO	0		
	3. Sulphas Natricus	Oxydum Natricum	6396954	0.43621
	Na 0 -f- S O3	NaO		
	4. Carbonas Natricus	Oxydum Natricum	7670556	058487
	Na 0 -f C O2	NaO		
	5. Chloridum Natricum	Oxydum Natricum	7244508	0.53021
	NaCl	NaO		
	6. Chloridum Natricum	Natrium	5947916	0.39336
	NaCl	Na		
	7. Chloridum Argenticum	Carbonas Natricus	5675775	0.36947
	™. • AgC1	Na 0 -J- C O2		
	8. Chloridum Argenticum	Chloridum Natricum	6101823	0.40755
	AgCl	NaCl		
	9. Sulphas Baricus	Sulphas Natricus	7847251	0.60915
	BaO-f SO3	NaO-fSO3		
	10. Sulphas Natricus	Nitras Natricus	0778234	1.19625
	NaO + SO3	Na 0 -f N O5		
	11. Sulphas Natricus	Carbonas Natricus	8726398	0.74583
	NaO-fSO3	Na 0 -4- C O2		
	12. Nitras Natricus	Carbonas Natricus	7948164	0.62347
	NaO-f-N O5	Na 0 -f C O2		
	XXXIV. Niccolum.			
	1. Oxydum Niccolicum	Niccolum	8959363	0.78693
NiO		Ni		
I 2. Oxydum Niccolicum		Oxygenium	3285217	0.21307
| Ni 0		0		
 
51
a.	3.	4.	5.	6.	7.	8.	9.
1.70971	2.56457	3.41942	4.27428	5.12913	5.98399	6.83884	7.69370
0.29029	0.43544	0.58058	0.72573	0.87087	1.01602	1.16116	1.30631
1.49301	2.23951	2.98602	3.73252	4.47902	5.22553	5.97203	6.71S54
0.50699	0.76049	1.01398	1.26748	1.52098	1.77447	2.02797	2.28146
1.32506	1.98759	2.65012	3.31265	3.97517	4.63770	5.30023	5.96276
0.67494	1.01241	1.34988	1.68736	2.02483	2.36230	2.69977	3.03724
1.18927	1.78391	2.37854	2.97318	3.56781	4.16245	4.75708	5.35172
0.98885	1.48327	1.97770	2.47212	2.96654	3.46097	3.95539	4.44982
301873	4.52810	6.03747	7.54684	9.05620	10.56557	12.07494	13.58430
1.48378	2.22568	2.96757	3.70946	4.45135	5.19324	5.93514	6.67703
0.51622	0.77432	1.03243	1.29054	1.54865	1.80676	2.06486	2.32297
0.87242	1.30863	1.74484	2.18105	2.61725	3.05346	3.48967	3.92588
1.16973	1.75460	2.33946	2.92433	3.50919	4.09406	4.67892	5.26379
1.06043	1.59064	2.12085	2.65107	3.18128	3.71149	4.24170	4.77192
0.78672	1.18008	1.57344	1.96681	2.36017	2.75353	3.14689	3.54025
0.73894	1.10841	1.47788	1.84735	2.21681	2.58628	2.95575	3.32522
0.81510	1.22265	1.63020	2.03776	2.44531	2.85286	3.26041	3.66796
1.21830	1.82745	2.43660	3.04575	3.65490	4.26405	4.87320	5.48235
2.39251	3.58876	4.78502	5.98127	7.17752	8.37378	9.57003	10.76629
1.49166	2.23749	2.98332	3.72915	4.47493	5.22081	5.96664	6.71247
1.24694	1.87041	2.49388	3.11736	3.74083	4.36430	4.98777	5.61124
1.57386	2.36079	3.14772	3.93465	4.72158	5.50851	6.29544	7.08237
0 42614	0.63921	0.85228	1.06535	1.27841	1.49148	1.70455	1.91762
							
 
52
Inventa.	Invenienda.	Logarith-mus.	l.	
XXXV. Nitrogenium.				
1. Oxydum Nitrosum	Nitrogenium	8037595	0.63644	
NO	N			
2. Oxydum Nitrosum	Oxygenium	5605726	0.36356	
NO	0			
3. Oxydum Nitricum	Nitrogenium	6690862	0.46675	
NO2	N			
4. Oxydum Nitricum	Oxygenium	7269293	0.53325	
NO2	O2			
5. Acidum Nitrosum	Nitrogenium	5664384	0.36850	
NO3	N			
6. Acidum Nitrosum	Oxygenium	8003728	0.63150	
NO3	O3			
7. Acidum Nitricum	Nitrogenium	4138445	0.25933	
NO5	N _			
8. Acidum Nitricum	Oxygenium	8696276	0.74068	
NO5	O5			
9. Acidum Nitricum	Acidum Nitrosum	8474061	0.70373	
NO5	NO3			
10. Nitras Baricus	Acidum Nitricum	6165211	0.41354	
Ba 0 -f- N O5	N O5			
11. Nitras Baricus	Acidum Nitrosum	4639272	0.29102	
BaO-f-NO5	NO3			
12. Sulphas Baricus	Acidum Nitricum	6655640	0.46298	
Ba 0 -f S O3	NO5			
13. Sulphas Baricus	Acidum Nitrosum	5129701	0.32581	
Ba 0 + S O3	NO3			
14. Nitrogenium et Acidum				
Carbonicum	Acidum Nitrosum	8807851	0.75995	
2C02 + 4N	2 NO3			
15. Chlorid. Platinico-Ammonicum	Nitrogenium	7980530	0.06281	
NH4Cl-f PtCl2	N			
XXXVI. Osmium.				
1. Oxydum Osmiosum	Osmium	9664113	0.92557	
OsO	Os			
2. Oxydum Osmiosum	Oxygenium	8717222	0.07443	
Os 0	0			
3. Oxydum Sesquiosmiosum	Osmium	9505435	0.89237	
Os203	Os2			
4. Oxydum Sesquiosmiosum	Oxygenium	0319457	0.10763	
Os203	" O3			
5. Oxydum Osmicum	Osmium	9352350	0.86146	
OsO2	Os			
6. Oxydum Osmicum	Oxygenium	1415759	0.13854	
Os O2	O2			
7. Acidum Osmicum	Osmium	8788866	0.75664	
Os O4	Os			
8. Acidum Osmicum	Oxygenium	3862575	0.24336	
Os O4	O4			
 
53
a.	3.	4.	5.	6.	7.	8.	9.
1.27289	1.90933	2.54577	3.18222	3.81866	4.45510	5.09154	5.72799
0.72711	1.09067	1.45423	1.81779	2.18134	2.54490	2.90846	3.27201
0.93350	1.40026	1.86701	2.33376	2.80051	3.26726	3.73402	4.20077'
1.06650	1.59974	2.13299	2.66624	3.19949	3.73274	4.26598	4.79923
0.73700	1.10550	1.47400	1.84251	2.21101	2.57951	2.94801	3.31651
1.26300	1.89450	2.52600	3.15750	3.78899	4.42049	5.05199	5.68349
0.51865	0.77798	1.03730	1.29663	1.55595	1.81528	2.07460	2.33393
1.48135	2.22203	2.96270	3.70338	4.44405	5.18473	5.92540	6.66608
1.40746	2.11119	2.81492	3.51865	4.22238	4.92611	5.62984	6.33357
0.82709	1.24063	1.65417	2.06772	2.48126	2.89480	3.30834	3.72189
0.58205	0.87307	1.16409	1.45512	1.74614	2.03716	2.32818	2.61921
0.92596	1.38895	1.85193	2.31491	2.77789	3.24087	3.70386	4.16684
0.65163	0.97744	1.30326	1.62907	1.95488	2.28070	2.60651	2.93233
1.51990	2.27985	3.03980	3.79975	4.55970	5.31965	6.07960	6.83955
0.12563	0.18844	0.25126	0.3L407	0.37688	0.43970	0.50251	0.56533
1.85115	2.77672	3.70230	4.62787	5.55344	6.47902	7.40459	8.33017
0.14885	0.22328	0.29770	0.37213	0.44655	0.52098	0.59540	0.66983
1.78473	2.67710	3.56947	4.46184	5.35420	6.24657	7.13894	8.03130
0.21527	0.32290	0.43053	0.53817	0.64580	0.75343	0.86106	0.96870
1.72292	2.58438	3.44584	4.30730	5.16876	6.03022	6.89168	7.75314
0.27708	0.41562	0.55416	0.69270	0.83124	0.96978	1.10832	1.24686
1.51327	2.26991	3.02654	3.78318	4.53981	5.29645	6.05308	6.80972
0.48673	0.73009	0.97346	1.21682	1.46018	1.70355	1.94691	2.19028
		5d	*				
 
54
		Logarith-	l.
Inventa.	Invenienda.	mus.	
9. Osmium	Acidum Osmicum	1211134	1.32164
Os	OsO4		
XXXVII. Palladium.			
• 1. Oxydum Palladosum	Palladium	9392010	0.86936
PdO	Pd		
2. Oxydum Palladosum	Oxygenium	1160679	0.13064
PdO	0		
3. Oxydum Palladicum	Palladium	8858776	0.76891
PdO2	Pd		
4. Oxydum Palladicum	Oxygenium	3637745	0.23109
PdO2	O2		
5. Chlorid. Palladoso-Kalicum	Palladium	5133129	0.32607
K CI + Pd CI	Pd		
6. Iodidum Palladosum	Palladium	4706671	0.29557
Pdl (170° F.)	Pd		
7. Palladium	Chloridum Pallodosum	2217033	1.66611
Pd	PdCl		
XXXVIII. Phosphorus.			
1. Acidum Hypophosphorosum	Phosphorus	9012578	0.79663
PO	P		
2. Acidum Hypophosphorosum	Oxygenium	3082821	0.20337
PO	0		
3. Acidum Phosphorosum	Phosphorus	7530454	0.56630
PO3	P		
4. Acidum Phosphorosum	Oxygenium	6371910	0.43370
PO3	O3		
5. Acidum Phosphoricum	Phosphorus	6427472	0.43929
PO5	P		
6. Acidum Phosphoricum	Oxygenium	7487415	0.56071
PO5	O5		
7. Acidum Phosphoricum	Acid.Hypophosphoros.	7414894	0.55143
PO3	PO		
8. Acidum Phosphoricum	Acid. Phosphorosum	8897018	0.77571
PO5	PO3		
9. Phosphas Baricus	Acid. Phosphoricum	5020850	0.31775
2 Ba 0 + P O5	PO5		
10. Phosphas Calcicus	Acid. Phosphoricum	7474618	0.55907
2 Ca 0 + P O5	PO5		
11. Phosphas Magnesicus	Acid. Phosphoricum	8016264	0.63333
2MgO+P05	PO5		
12. Phosphas Plumbicus	Acid. Phosphoricum	3842615	0.24225
2 Pb 0 -f P O5	PO5		
13. Phosphas Argenticus	Acid. Phosphoricum	3714701	0.23522
2AgO-f PO5	PO5		
14. Chlorid. Hydrargyrosum	Acid.Hypophosphoros.	6205254	0.04174
4 Hg2 CI	PO		
15. Chlorid. Hydrargyrosum	Acid. Phosphorosum	0697664	0.11743
2 Hg2 CI	PO3		
 
55
2.64328








1.73873



0.26127



1.53783



0.46217



0.65214



0.59115



3.33222








1.59326



0.40674



1.13260



0.86740



0.87857



1.12143



1.10286



1.55143



0.63550



1.11813



 1.26665



0.48450



0.47044



0.08347




 0.23 185
3.96492








2.60809



0.39191



2.30674



0.69326



0.97821



0.88673



4.99833








2.38990



0.61010



1.69890



1.30110



1.31786



1.68214



1.65429



2.32714



0.95325



 1.67720



 1.89998



0.72675



0.70565



 0.12521



 0.35228
5.28656








3.47745



0.52255



3.07565



0.92434



1.30428



1.18230



6.66444








3.18653



0.81347



2.26520



1.73480



1.75714



2.24286



2.20572



3.10286



1.27100



2.23626



2.53330



0.96900



0.94087



0.16695



0.46971
6.60820








4.34682



0.65319



3.84457



1.15543



1.63036



1.47788



8.33055








3.98316



1.01684



2.83150



2.16851



2.19643



2.80357



2.75715



3.87857



1.58875



2.79533



3.16663



1.21125




 1.17609



0.20869



0.58714
7.92984








5.21618



0.78382



4.61348



1.38652



1.95643



1.77345



9.99665








4.77979



1.22021



3.39779



2.60221



2.63572



3.36428



3.30857



4.65428



1.90650



3.35439



3.79995



 1.45349



 1.41131



0.25042



0.70456
9.25148  10.57312
 6.08554



 0.91446



 5.38239



 1.61760



 2.28250



 2.06903



11.66276








 5.57642



 1.42358



 3.96409



 3.03591



 3.07500



 3.92500



 3.86000



 5.43000



 2.22425



 3.91346



 4.43328



 1.69574



 1.64653



 0.29216



 0.82199
 6.95490



 1.04510



 6.15130



 1.84869



 2.60857



 2.36460



13.32887








 6.37306



 1.62694



 4.53039



 3.46961



 3.51429



 4.48571



 4.41143



 6.20571



 2.54200



 4.47252



 5.06660



 1.93799



 1.88174



 0.33390



 0.93942
11.89476








 7.82427



 1.17573



 6.92022



 2.07977



 2.93464



 2.66018



14.99498








 7.16969



 1.83031



 5.09669



 3.90331



 3.95357



 5.04643



 4.96286



 6.98143



 2.85975



 5.03159



 5.69993



 2.18024



 2.11696



 0.37563



  1.05684 
56
		Logarith-	i.
Inventa.	Invenienda.	mus.	
XXXIX. Platinum. 1. Oxydum Platinosum	Platinum	9661087	0.92493
Pt 0	Pt		
2. Oxydum Platinosum	Oxygenium	8754697	0.07507
Pt 0	0		
3. Oxydum Platinicum	Platinum	9346717	0.86034
PtO2	Pt		
4. Oxydum Platinicum	Oxygenium	1450627	0.13966
Pt O2	' O2		
5. Chlorid. Platinico-Kalicum	Platinum	6062287	0.40386
K CI + Pt CI2 6. Chlorid. Platinico-Ammonic.	Pt		
	Platinum	6455050	0.44208
N H4 CI -f- Pt CI2	Pt		
7. Platinum	Chloridum Platinicum	2354182	1.71956
Pt	PtCl2		
XL. Plumbum.			
1. Oxydum Plumbicum	Plumbum	9676870	0.92830
PbO	Pb		
2. Oxydum Plumbicum	Oxygenium	8555363	0.07170
PbO	0		
3. Sesquioxydum Plumbicum	Plumbum	9523896	0.89617
Pb203	Pb2		
4. Sesquioxydum Plumbicum	Oxygenium	0163302	0.10383
Pb203	O3		
5. Binoxydum Plumbicum	Plumbum	9376126	0.86619
PbO2	Pb		
6. Binoxydum Plumbicum	Oxygenium	1264919	0.13381
PbO2	O2		
7. Chloridum Plumbicum	Plumbum	8721196	0.74494
PbCl	Pb		
8. Chloridum Plumbicum	Oxydum Plumbicum	9044326	0.80248
PbCl	PbO		
9. Sulphas Plumbicus	Plumbum	8344509	0.68305
Pb 0 + s O3	Pb		
10. Sulphas Plumbicus	Oxydum Plumbicum	8667639	0.73581
Pb 0 + S O3	PbO		
11. Sulphas Plumbicus	Carbonas Plumbicus	9449243	0.88090
Pb 0 -f S O3	PbO + CO2		
12. Sulphidum Plumbicum	Plumbum	9373947	0.86575
PbS	Pb		
13. Sulphidum Plumbicum	Oxydum Plumbicum	9697077	0.93263
PbS	PbO		
14. Sulphidum Plumbicum	Carbonas Plumbicus	0478681	1.11652
PbS	Pb 0 + C O2		
XLI. Rhodium.			
1. Oxydum Rhodosum	Rhodium	9380264	0.86701
R 0	R		
 
57
1.84986



0.15014



1.72069



0.27931



0.80772



0.88417



3.43913









1.85659



0.14341



1.79234



0.20766



1.73238



0.26762



1.48987



1.60495



1.36610



1.47161



1.76179



1.73151



1.86525



2.23305
2.77479



0.22521



2.58103



0.41897



1.21157



1.32625



5.15869








2.78489



0.21511



2.68850



0.31150



2.59857



0.40143



2.23481



2.40743



2.04914



2.20742



2.64269



2.59726



2.79788



3.34957
1.73403  2.60104
3.69972



0.30028



3.44138



0.55863



1.61543



1.76834



6.87826









3.71319



0.28681



3.58467



0.41533



3.46476



0.53524



2.97975



3.20991



2.73219



2.94323



3.52358



3.46302



3.73051



4.46610









3.46806
4.62465



0.37536



4.30172



0.69829



2.01929



2.21042



8.59782








4.64149



0.35852



4.48084



0.51916



4.33095



0.66906



3.72469



4.01239



3.41524



3.67904



4.40448



4.32877



4.66314



5.58262









4.33507
 5.54957



 0.45043



 5.16206



 0.83794



 2.42315



 2.65250



10.31738









 5.56978



 0.43022



 5.37701



 0.62299



 5.19713



 0.80287



 4.46962



 4.81486



 4.09829



 4.41484



 5.28537



 5.19452



 5.59576



 6.69914









 5.20208
 6.47450



 0.52550



 6.02240



 0.97760



 2.82701



 3.09459



12.03695








 6.49808



 0.50192



 6.27318



 0.72682



 6.06332



 0.93668



 5.21456



 5.61734



 4.78134



 5.15065



 6.16627



 6.06028



 6.52839



 7.81567








 6.06910
 7.39943



 0.60057



 6.88274



 1.11726



 3.23086



 3.53667



13.75651









 7.42638



 0.57362



 7.16934



 0.83066



 6.92951



 1.07049



 5.95950



 6.41982



 5.46438



 5.88646



 7.04716



 6.92603



 7.46102



 8.93219









 6.93611
 8.32436



 0.67564



 7.74309



 1.25691



 3.63472



 3.97876



15.47608









 8.35467



 0.64533



 8.06551



 0.93449



 7.79570



 1.20430



 6.70443



 7.22229



 6.14743



 6.62226



 7.92806



 7.79179



 8.39364



10.04872









 7.80313 
58
		Logarith-	
Inventa.	Invenienda.	mus.	l.
2. Oxydum Rhodosum	Oxygenium	1238041	0.13299
RO	0		
3. Oxydum Rhodicum	Rhodium	9100685	0.81296
R203	R2		
4. Oxydum Rhodicum	Oxygenium	2719375	0.18704
R203	O3		
5. Rhodium	Oxydum Rhodicum	0899315	1.23007
R	|R203		
6. Rhodium	Chloridum Rhodicum	3053246	2.01988
R	\ R2 CI3		
XLII. Ruthenium.			
1. Oxydum Ruthenosum	Ruthenium	9380264	0.86701
Ru 0	Ru		
2. Oxydum Ruthenosum	Oxygenium	1238041	0.13299
Ru 0	0		
3. Oxydum Ruthenicum	Ruthenium	9100685	0.81296
Ru2 O3	Ru2		
4. Oxydum Ruthenicum	Oxygenium	2719375	0.18704
Ru203	O3		
5. Binoxydum Ruthenicum	Ruthenium	8838021	0.76525
RuO2	Ru		
6. Binoxydum Ruthenicum	Oxygenium	3706098	0.23475
Ru O2	O2		
7. Acidum Ruthenicum	Ruthenium	8356027	0.68486
RuO3	Ru		
8. Acidum Ruthenicum	Oxygenium	4985017	0.31514
Ru O3	O3		
9. Ruthenium	Chlorid. Ruthenicum	3053246	2.01988
Ru2	Ru2 CI3		
XLIII. Selenium.			
1. Acidum Selenosum	Selenium	8526923	0.71235
Se O2	Se		
2. Acidum Selenosum	Oxygenium	4588671	0.28765
Se O2	O2		
3. Acidum Selenicum	Selenium	7943324	0.62278
Se O3	Se		
4. Acidum Selenicum SeO3	Oxygenium	5765985	0.37722
5. Sulphidum Selenosum SeS2	Selenium Se	7421668	0.55229
6. Sulphidum Selenosum	Acidum Selenosum	8894745	0.77531
Se S2	SeO2		
7. Selenium Se	Acidum Selenosum	1473077	1.40381
	SeO2		
8. Selenium Se	Acidum Selenicum	2056676	1.60571
	Se O3		
9. Selenias Baryticus Ba 0 -f- Se O3	Acidum Selenicum Se O3	6568388	0.45377
 
59
a.	3.	4.	5.	6.	7.	8.	9.
0.26597	0.39896	0.53194	0.66493	0.79791	0.93090	1.06388	1.19687
1.62592	2.43887	3.25183	4.06479	4.87775	5.69071	6.50366	7.31662
0.37408	0.56112	0.74816	0.93521	1.12225	1.30929	1.49633	1.68337
2.46015	3.69023	4.92030	6.15038	7.38045	8.61053	9.84060	11.07068
4.03975	6.05963	8.07950	10.09938	12.11925	14.13913	16.15900	18.17888
1.73403	2.60104	3.46806	4.33507	5.20208	6.06910	6.93611	7.80313
0.26597	0.39896	0.53194	0.66493	0.79791	0.93090	1.06388	1.19687
1.62592	2.43887	3.25183	4.06479	4.87775	5.69071	6.50366	7.31662
0.37408	0.56112	0.74816	0.93521	1.12225	1.30929	1.49633	1.68337
1.53050	2.29574	3.06099	3.82624	4.59149	5.35674	6.12198	6.88723
0.46950	0.70426	0.93901	1.17376	1.40851	1.64326	1.87802	2.11277
1.36972	2.05458	2.73944	3.42431	4.10917	4.79403	5.47889	6.16375
0.63028	0.94542	1.26056	1.57570	1.89083	2.20597	2.52111	2.83625
4.03975	6.05963	8.07950	10.09938	12.11925	14.13913	16.15900	18.17888
1.42470	2.13704	2.84939	3.56174	4.27409	4.98644	5.69878	6.41113
0.57530	0.86295	1.15060	1.43826	1.72591	2.01356	2.30121	2.58886
1.24555	1.86833	2.49110	3.11388	3.73666	4.35943	4.98221	5.60498
0.75445	1.13167	1.50889	1.88612	2.26334	2.64056	3.01778	3.39501
1.10458	1.65687	2.20916	2.76145	3.31373	3.86602	4.41831	4.97060
1.55062	2.32592	3.10123	3.87654	4.65185	5.42716	6.20246	6.97777
2.80762	4.21142	5.61523	7.01904	8.42285	9.82666	11.23046	12.63427
3.21142	4.81714	6.42285	8.02856	9.63427	11.23998	12.84570	14.45141
0.90755	1.36132	1.81509	2.26887	2.72264	3.17641	3.63018	4.08396
 
60
Invbnta.	I.VVENIENDA.	Logarith-mus.	l.
10. Selenias Baryticus	Acidum Selenosum	5984789	0.39672
Ba 0 -f Se O3	SeO2		
XLIV. Silicium*			
1. Acidum Silicicum	Silicium	6819369	0.48077
SiO3	Si		
2. Acidum Silicicum	Oxygenium	7153603	0.51923
SiO3	O3		
XLIV. Silicium.t			
1. Acidum Silicicum	Silicium	6731604	0.47115
SiO3	Si		
2. Acidum Silicicum	Oxygenium	7233315	0.52885
SiO3	O3		
XLV. Stannum.			
1. Oxydum Stannosum	Stannum	9446217	0.88028
SnO	Sri		
2. Oxydum Stannosum	Oxygenium	0781606	0.11972
SnO	0		
3. Oxydum Stannicum	Stannum	8955129	0.78616
SnO2	Sn		
4. Oxydum Stannicum	Oxygenium	3300818	0.21384
SnO2	O2		
5. Oxydum Stannicum	Oxydum Stannosum	9508912	0.89308
SnO2	SnO		
6. Sulphidum Stannicum	Stannum	8107793	0.64681
SnS2	Sn		
7. Sulphidum Stannicum	Oxydum Stannosum	8661576	0.73478
SnS2	SnO		
8. Sulphidum Stannicum	Oxydum Stannicum	9152664	0.82275
SnS2	SnO2		
9. Chlorid. Hydrargyrosum	Oxydum Stannosum	4527069	0.28360
Hg2Cl	SnO		
10. Chlorid. Hydrargyrosum	Chloridum Stannosum	6022243	0.40015
Hg2Cl	SnCl		
XLVI. Stibium.			
1. Acidum Stibiosum	Stibium	9259152	0.84317
SbO3	Sb		
2. Acidum Stibiosum	Oxygenium	1954283	0.15683
SbO3	O3		
3. Oxyd. Stibioso-Stibicum	Stibium	9037854	0.80128
Sb O3 -f Sb O5	Sb2		
4. Oxyd. Stibioso-Stibicum	Oxygenium	2982372	0.19872
Sb O3 -f- Sb O5	O8		
5. Acidum Stibicum	Stibium	8827287	0.76336
SbO5	Sb		
6. Acidum Stibicum	Oxygenium	3740955	0.23664
SbO5 |	O5		
t  Si= 267.27.
— Pelouze. 
61
a.	3.	4.	5.	6.	7.	8.	9.
0.79343	1.19015	1.58686	1.98358	2.38029	2.77701	3.17372	3.57044
0.96154	1.44231	1.92308	2.40385	2.88461	3.36538	3.84615	4.32692
1.03846	1.55769	2.07692	2.59616	3.11539	3.63462	4.15385	4.67308
0.94230	1.41345	1.88460	2.35576	2.82691	3.29806	3.76921	4.24036
1.05770	1.58655	2.11540	2.64425	3.17309	3.70194	4.23079	4.75964
1.76056	2.64085	3.52113	4.40141	5.28169	6.16197	7.04226	7.92254
0.23944	0.35915	0.47887	0.59859	0.71831	0.83803	0.95774	1.07746
1.57233	2.35849	3.14466	3.93082	4.71698	5.50315	6.28931	7.07547
0.42767	0.64151	0.85534	1.06918	1.28302	1.49685	1.71069	1.92453
1.78616	2.67924	3.57232	4.46540	5.35848	6.25156	7.14464	8.03772
1.29363	1.94044	2.58726	3.23407	3.88088	4.52770	5.17451	5.82133
1.46956	2.20434	2.93912	3.67390	4.40868	5.14346	5.87824	6.61302
1.64549	2.46824	3.29099	4.11374	4.93648	5.75923	6.58199	7.40472
0.56720	0.85080	1.13440	1.41800	1.70160	1.98520	2.26880	2.55240
0.80030	1.20045	1.60060	2.00076	2.40091	2.80106	3.20121	3.60136
1.68634	2.52951	3.37268	4.21585	5.05902	5.90219	6.74536	7.58853
0.31366	0.47049	0.62732	0.78415	0.94098	1.09781	1.25464	1.41147
1.60257	2.40385	3.20513	4.00641	4.80770	5.60898	6.41026	7.21155
0.39743	0.59615	0.79487	0.99359	1.19230	1.39102	1.58974	1.78S45
1.52672	2.29008	3.05344	3.81680	4.58016	5.34352	6.10688	6.87024
0.47328	0.70992	0.94656	1.18320	1.41984	1.65648	1.89312	2.12976
		6					
 
62
		Logarith-	i.
Inventa.	Invenibnda.	mus.	
7. Sulphidum Stibiosum	Stibium	8622044	0.72812
SbS3	Sb		
8. Sulphidum Stibiosum	Acidum Stibiosum	9362892	0.86355
SbS3	Sb 0J		
9. Sulphur	Sulphidum Stibicum	8140606	6.51719
2S	SbS5		
10. Stibium	Acidum Stibiosum	0740848	1.18600
Sb	SbO3		
11. Stibium	Oxyd. Stibioso-Stibic.	0962146	1.24800
Sb2	Sb O3 -f Sb O5		
12. Stibium	Acidum Stibicum	1172713	1.31000
Sb	SbO5		
13. Stibium	Sulphidum Stibiosum	1377956	1.37340
Sb	SbS3		
14. Aurum	Acidum Stibiosum	0671440	1.16720
2 Au	3 SbO3		
XLVII. Strontium.			
1. Oxydum Stronticum	Strontium	9271047	0.84548
Sr 0	Sr		
2. Oxydum Stronticum	Oxygenium	1889769	0.15452
SrO	0		
3. Sulphas Stronticus	Oxydum Stronticum	7511088	0.56378
Sr 0 + S O3	SrO		
4. Carbonas Stronticus	Oxydum Stronticum	8462088	0.70179
Sr 0 + C O2	SrO		
5. Nitras Stronticus	Oxydum Stronticum	6897138	0.48946
SrO-j-NO5	SrO		
6. Chloridum Stronticum	Oxydum Stronticum	8151875	0.65341
SrCl	SrO		
7. Chloridum Stronticum	Strontium	7422922	0.55245
SrCl	Sr		
XLVIII. Sulphur.			
1. Acidum Hyposulphurosum	Sulphur	8244499	0.66750
S'2 O2	S2		
2. Acidum Hyposulphurosum	Oxygenium	5217944	0.33250
S2 O2	O2		
3. Acidum Sulphurosum	Sulphur	6997821	0.50094
S O2	S		
4. Acidum Sulphurosum	Oxygenium	6981565	0.49906
SO2	" O2		
5. Acidum Hyposulphuricum	Sulphur	6487198	0.44537
S2 O5	S2		
6. Acidum Hyposulphuricum	Oxygenium	7440043	0.55463
S205	O3		
7. Acidum Sulphuricum	Sulphur	6030346	0.40090
S O3	S		
8. Acidum Sulphuricum	Oxygenium	7775003	0.59910
SO3	O3		
 
63
a.	3	4.	5. 3.64061	G.	7.	8.	9.
1.45624	2.18437	2.91249		4.36873	5.09685	5.82498	6.55310
1.72711	2.59066	3.45421	4.31777	5.18132	6.04487	6.90842	7.77198
13.03439	19.55158	26.06877	32.58597	39.10316	45.62035	52.13754	58.65474
2.37200	3.55800	4.74400	5.93000	7.11600	8.30200	9.48800	10.67400
2.49600	3.74400	4.99200	6.24000	7.48800	8.73600	9.98400	11.23200
2.62000	3.93000	5.24000	6.55000	7.86000	9,17000	10.48000	11.79000
2.74679	4.12019	5.49358	6.86698	8.24037	9.61377	10.98716	12.36056
2.33439	3.50159	4.66879	5.83599	7.00318	8.17038	9.33758	10.50477
1.69097	2.53645	3.38193	4.22742	5.07290	5.91838	6.76386	7.60935
0.30903	0.46355	0.61807	0.77259	0.92710	1.08162	1.23614	1.39065
1.12756	1.69134	2.25512	2.81890	3.38267	3.94645	4.51023	5.07401
1.40359	2.10538	2.80717	3.50897	4.21076	4.91255	5.61434	6.31614
0.97891	1.46837	1.95782	2.44728	2.93674	3.42619	3.91565	4.40510
1.30683	1.96024	2.61365	3.26707	3.92048	4.57389	5.22730	5.88072
1.10490	1.65735	2.20980	2.76225	3.31469	3.86714	4.41959	4.97204
1.33500	2.00249	2.66999	3.33749	4.00499	4.67249	5.33998	6.00748
0.66500	0.99751	1.33001	1.66251	1.99501	2.32751	2.66002	2.99252
1.00187	1.50281	2.00374	2.50468	3.00562	3.50655	4.00749	4.50842
0.99813	1.49719	1.99626	2.49532	2.9943S	3.49345	3.99251	4.49158
0.89074	1.33611	1.78148	2.22685	2.67221	3.11758	3.56295	4.00832
1.10926	1.66389	2.21852	2.77316	3.32779	3.88242	4.43705	4.99168
0.80180	1.20270	1.60360	2.00450	2.40539	2.80629	3.20719	3.60809
1.19S20	1.79730	2.39640	2.99551	3.59461	4.19371	4.79281	5.39191
 
64
		Logarith-	i.
I.NVENTA.	Invenienda.	mus.	
9. Sulphas Baricus	Sulphur	1388772	0.13768
Ba 0 -f- S O3	s		
10. Sulphas Baricus	Acid. Hyposulphuros.	3144273	0.20627
2 (Ba 0 -f- S O3)	S2 O2		
11. Sulphas Baricus	Acid. Hyposulphuros.	6154572	0.41253
BaO+SO3	S202		
12. Sulphidum Argenticum	Acid. Hyposulphuros.	5887890	0.38796
AgS	S'2 O2		
13. Sulphas Baricus	Acidum Sulphurosum	4390951	0.27485
BaO-f-SO3	SO2		
14. Sulphas Baricus	Acid. Hyposulphuric.	4901574	0.30914
2 (Ba 0 + S O3)	s2o5		
15. Sulphas Baricus	Acidum Sulphuricum	5358426	0.34343
Ba 0 -j- S O3	S O3		
16. Sulphas Calcicus	Acidum Sulphuricum	7689771	0.58746
Ca 0 -f- S O3	SO3		
17. Sulphas Plumbicus	Sulphur	0249558	0.10591
PbO-f-SO3	S		
18. Sulphas Plumbicus	Acidum Sulphuricum	4219212	0.26419
PbO+SO3	S O3		
19. Sulphidum Arseniosum	Sulphidum Hydricum	6185697	0.41550
AsS3	3 H S		
20. Sulphas Baricus	Sulphidum Hydricum	1651106	0.14626
Ba 0 -f- S O3	HS		
21. Sulphur	Sulphidum Hydricum	0262334	1.06227
S	H S		
22. Sulphidum Hydricum	Sulphur	9737666	0.94138
HS	S		
23. Sulphas Kalicus	Acidum Sulphuricum	6623515	0.45957
K 0 -f- S O3	SO3		
24. Sulphas Natricus	Acidum Sulphuricum	7511175	0.56379
NaO + SO3	S O3		
25. Sulphur	Acidum Sulphuricum	3969654	2.49440
S	SO3		
XLIX. Tantalum.			
1. Oxydum Tantalicum	Tantalum	9637384	0.91990
TaO2	Ta		
2. Oxydum Tantalicum	Oxygenium	9036584	0.08010
TaO2	O2		
3. Acidum Tantalicum	Tantalum	9466832	0.88447
TaO3	Ta		
4. Acidum Tantalicum	Oxygenium	0626945	0.11553
TaO3	O3		
L. Tellurium.			
1. Acidum Tellurosum	Tellurium	9032807	0.80035
Te O2	Te		
2. Acidum Tellurosum	Oxygenium	3002663	0.19965
TeO2	O2		
 
65
a.	3.	4.	5.	6.	7.	8.	9.
0.27536	0.41305	0.55073	0.68841	0.82609	0.96377	1.10146	1.23914
0.41253	0.61880	0.82506	1.03133	1.23760	1.44386	1.65013	1.85639
0.82506	1.23760	1.65013	2.06266	2.47519	2.88772	3.30026	3.71279
0.77592	1.16389	1.55185	1.93981	2.32777	2.71573	3.10370	3.49166
0.54970	0.82455	1.09940	1.37425	1.64910	1.92395	2.19880	2.47365
0.61828	0.92743	1.23657	1.54571	1.85485	2.16399	2.47314	2.78228
0.68687	1.03030	1.37373	1.71717	2.06060	2.40403	2.74746	3.09090
1.17492	1.76237	2.34983	2.93729	3.52475	4.11221	4.69966	5.28712
0.21183	0.31774	0.42366	0.52957	0.63548	0.74140	0.84731	0.95323
0.52839	0.79258	1.05677	1.32097	1.58516	1.84935	2.11354	2.37774
0.83100	1.24650	1.66200	2.07750	2.49299	2.90849	3.32399	3.73949
0.29251	0.43877	0.58502	0.73128	0.87753	1.02379	1.17004	1.31630
2.12453	3.18680	4.24907	5.31134	6.37360	7.43587	8.49814	9.56040
1.88277	2.82415	3.76553	4.70692	5.64830	6.58968	7.53106	8.47245
0.91914	1.37871	1.83828	2.29785	2.75742	3.21699	3.67656	4.13613
1.12758	1.69137	2.25516	2.81895	3.38274	3.94653	4.51032	5.07411
4.98880	7.48320	9.97760	12.47200	14.96640	17.46080	19.95520	22.44960
1.83979	2.75969	3.67958	4.59948	5.51937	6.43927	7.35916	8.27906
0.16021	0.24032	0.32042	0.40053	0.48063	0.56074	0.64084	0.72095
1.76894	2.65341	3.53788	4.42235	5.30682	6.19129	7.07576	7.96023
0.23106	0.34659	0.46212	0.57765	0.69318	0.80871	0.92424	1.03977
1.60070	2.40105	3.20140	4.00176	4.80211	5.60246	6.40281	7.20316
0.39930	0.59894	0.79859	0.99S21	1.19789 i	1.39754	1.59718	1.79683
6* 
66
		Logarith-	l.
Inventa.	Invenienda.	mus.	
3. Acidum Telluricum	Tellurium	8619574	0..72771
TeO3	Te		
4. Acidum Telluricum	Oxygenium	4350343	0.27229
TeO3	O3		
5. Tellurium	Acidum Tellurosum	0967193	1.24945
Te	TeO2		
6. Sulphidum Tellurosum	Tellurium	8236849	0.66632
TeS2	Te		
7. Sulphidum Tellurosum	Acidum Tellurosum	9204042	0.83254
TeS2	TeO2		
LI. Thorium.			
1. Oxydum Thoricum	Thorium	9452996	0.88166
ThO	Th		
2. Oxydum Thoricum	Oxygenium	0731433	0.11834
ThO	0		
LII. Titanium.			
1. Acidum Titanicum	Titanium	7789014	0.60104
TiO2	Ti		
2. Acidum Titanicum	Oxygenium	6009323	0.39896
TiO2	O2		
3. Sulphidum Titanicum	Acidum Titanicum	8532659	0.71329
TiS2	TiO2		
LIII. Uranium.			
1. Oxydum Uranosum	Uranium	9456424	0.88235
UO	U		
2. Oxydum Uranosum	Oxygenium	0705811	0.11765
UO	0		
3. Oxydum Uranicum	Uranium	9208188	0.83333
U'O3	U2		
4. Oxydum Uranicum	Oxygenium	2218488	0.16667
U203	" O3		
5. Oxydum Uranoso-Uranicum	Uranium	9289366	0.84906
u 0 + U2 O3	U3		
6. Oxydum Uranoso-Uranicum	Oxygenium	1788141	0.15094
U 0 -f- U2 O3	O4		
7. Oxydum Uranoso-Uranicum	Oxydum Uranosum	9832943	0.96226
UO_t_U203	3UO		
8. Oxydum Uranoso-Uranicum	Oxydum Uranicum	0081179	1.01887
U O-f U203	li U2 O3		
LIV. Vanadium.			
1. Suboxydum Vanadicum	Vanadium	9520632	0.89550
V 0	V		
2. Suboxydum Vanadicum	Oxygenium	0191371	0.10451
V 0	0		
3. Oxydum Vanadicum	Vanadium	9088955	0.81077
V O2	V		
 
67
a.	3.	4.	5.	6.	7.	8.	9.
1.45542	2.18313	2.91084	3.63855	4.36625	5.09396	5.82167	6.54938
0.54458	0.81687	1.08916	1.36146	1.63375	1.90604	2.17833 2.45062	
2.49890	3.74835	4.99780	6.24726	7.49671	8.74616	9.99561 11.24506	
1.33265	1.99897	2.66529	3.33162	3.99794	4.66426	5.33058	5.99691
1.66508	2.49761	3.33015	4.16260	4.99523	5.82777	6.66030	7.49284
1.76331	2.64497	3.52663	4.40829	5.28994	6.17160	7.05326	7.93491
0.23669	0.35503	0.47337	0.59172	0.71006	0.82840	0.94674	1.06509
1.20207	1.80311	2.40415.	3.00519	3.60622	4.20726	4.80830	5.40933
0.79793	1.19689	1.59585	1.99482	2.39378	2.79274	3.19170	3.59067
1.42658	2.13987	2.85316	3.56645	4.27973	4.99302	5.70631	6.41960
1.76471	2.64706	3.52941	4.41177	5.29412	6.17647	7.05882	7.94118
0.23529	0.35294	0.47059	0.58824	0.70588	0.82353	0.94118	1.05882
1.66667	2.50000	3.33333	4.16667	5.00000	5.83333	6.66666	7.50000
0.33333	0.50000	0.66667	0.83334	1.00000	1.16667	1.33334	1.50000
1.69811	2.54717	3.39623	4.24529	5.09434	5.94340	6.79246	7.64151
0.30189	0.45283	0.60377	0.75472	0.90506	1.05660	1.20754	1.35849
1.92453	2.88679	3.84906	4.81132	5.77358	6.73585	7.69811	8.66038
2.03774	3.05660	4.07547	5.09434	6.11321	7.13208	8.15094	9.16981
1.79099	2.68649	3.58198	4.47748	5.37297	6.26847	7.16396	8.05946
0.20901	0.31352	0.41802	0.52253	0.62703	0.73154	0.83604	0.94055
1.62153	2.43230	3.24306	4.05383	4.86460	5.67536	6.48613	7.296S9
 
68
Inventa,	Invenienda.	Logarith-mus.	i.
4. Oxydum Vanadicum	Oxygenium	2769994	0.18923
V u2	" O2		
5. Acidum Vanadicum	Vanadium	8696333	0.74069
VO3	V		
6. Acidum Vanadicum	Oxygenium	4138285	0.25932
V O3	O3		
LV. WOLFRAMIUM (TUNGSTEN).			
1. Oxydum Wolframicum	Wolframium	9321817	0.85542
W O2	W		
2. Oxydum Wolframicum	Oxygenium	1600948	0.14458
W O2	O2		
3. Acidum Wolframicum	Wolframium	9018703	0.79776
WO3	W		
4. Acidum Wolframicum	Oxygenium	3058747	0.20224
WO3	O3		
LVI. Yttrium.			
1. Oxydum Yttricum	Yttrium	9036328	0.80100
Y 0	Y		
2. Oxydum Yttricum	Oxygenium	2988518	0.19900
YO	O		
LVII. ZlNCUM.			
1. Oxydum Zincicum	Zincum	9045003	0.80260
ZnO	Zn		
2. Oxydum Zincicum	Oxygenium	2953425	0.19740
ZnO	0		
3. Sulphas Zincicus	Oxydum Zincicum	7014810	0.50290
Zn 0 -f S O3	ZnO		
4. Sulphas Baricus	Sulphas Zincicus	8393981	0.69087
BaO+SO3	ZnO-f-SO3		
LVIII. Zirconium.			
1. Oxydum Zirconicum	Zirconium	8673003	0.73672
Zr203	Zr2		
2. Oxydum Zirconium	Oxygenium	4204237	0.26328
Zr203	O3		
 
69
a.	3.	4.	5.	6.	7.	8.	9.
0.37847	0.56770	0.75694	0.94617	1.13540	1.32464	1.51387	1.70311
1.48137	2.22206	2.96274	3.70343	4.44411	5.18480	5.92548	6.66617
0.51S63	0.77795	1.03726	1.29658	1.55589	1.81521	2.07452	2.33384
1.71085	2.56627	3.42170	4.27712	5.13254	5.98797	6.84339	7.69882
0.28915	0.43373	0.57830	0.72288	0.86746	1.01203	1.15661	1.30118
1.59551	2.39327	3.19102	3.98878	4.78654	5.58429	6.38205	7.17980
0.40449	0.60673	0.80898	1.01122	1.21346	1.41571	1.61795	1.82020
1.60200	2.40300	3.20400	4.00500	4.80600	5.60700	6.40800	7.20900
0.39800	0.59700	0.79600	0.99500	1.19400	1.39300	1.59200	1.79100
1.60520	2.40781	3.21041	4.01301	4.81561	5.61821	6.42082	7.22342
0.39480	0.59219	0.78959	0.98699	1.18439	1.33179	1.57918	1.77658
1.00580	1.50870	2.01160	2.51450	3.01739	3.52029	4.02319	4.52609
1.38175	2.07262	2.76349	3.45437	4.14524	4.83611	5.52698	6.21786
1.47343	2.21015	2.94686	3.68358	4.42030	5.15701	5.89373	6.63044
0.52657	0.78985	1.05313	1.31642	1.57970	1.84298	2.10626	2.36955
 

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