[To face page 230, 
TABLE showing in what degree the results of my analyses coincide with the atomic theory of Dalton, and with the law regulating the combinations of oxidized bodies discovered by Berzelius. 
■ussic acid. 
1 
r By analysis per cent. 
per cent. 
} 
2 
z 
r Analysis per cent, 
jssiate of J f percent, 
rcury. \ Theory -I 
l per atom 
3 
{ Analysis per cent. 
r per cent. 
Theory i 
[ per atom. 
Iphuretted r Analysis per cent, 
razate of ] f per cent, 
itoxide of 1 Theory <{ 
>per. L L per atom 
Analysis per cent. 
r per cent. 
Theory ^ 
C 
per atom 
iretted J 
“ of j Theory r 
7 
per atom 
/ 
C Analysis per cent. 
J" per cent. 
acid. | Theory 
1 per atom 
8 
: of 
— ' a 
. c 
{ Analysis per cent. 
J" per cent. 
Theory 1 
l. per atom 
ed f Analysis per cent, 
of I f percent, 
de of| Theory 1 
V. ^ per atom 
10 
ed r Analysis per cent, 
of J r per cent, 
of 1 Theory < 
l. per atom 
u 
C Analysis per cent. 
j Theory P"""'' 
L [ per atom 
o 
N 
C 
c 
o 
■e 
u 
40.7 34.8 
40.7047 34.8169 24.4784 
1 atom 2 atoms 8 atoms 
15.02 10.56 
17.56 
X 
24.5 
3 
u 
cu 
100. 
IOC. 
i atom 
43 -H 
138 
13.7766 
1 atom 
43 -H 
34 - 8 
3 5- °333 
l atom 
43 -H 
b 
3 
86,z 
86.2234 
1 atom 
270. 
E 
CL, 
100. 
100. 
1 atom 
3 I 3- I 4 
63-79 
66.569 
4 atoms 
172.56 
3 
■fl 
Cl, 
65.2 
64 9667 
4 atoms 
80. 
js:s 
Oh O 
*32 d 
100 . 
100. 
i atom 
123.14 
37- 1 5 
40.6215 
1 atom 
123.14 
34-73 
38.11 
1 atom 
123.14 
30.7 
38.7525 
1 atom 
I 23 -H 
CL, 
§* 
62.85 
59-3785 
2 atoms 
180. 
N P- 
CS Oh 
O 
pG o 
« Hh 
-a 0 
QJ QJ 
£ "3 
a> *3 
C * 
3 2 
•g O 
Q. u, 
3 
co 
100. 
100. 
i atom. 
3 ° 3-»4 
Oh 
Oh 
O 
T 3 
*>< 
65.27 
61.89 
2 atoms 
200. 
rt o 
y a, 
b o 
•— -« (j 
U , 
H-h 
T 3 O 
£ <L» 
S.’S 
U V 
2 o 
pO i- 
Oh « 
3 * 
CO 
100. 
100. 
1 atom. 
3 2 3 -H 
b 
V 3 
pq 
%3 
61.2475 
2 atoms 
194.62 
49.1 
49629 
4 atoms 
389.24 
% £ 
O- 
100. 
100. 
i atom 
317.76 
cq 
36.21 
33 - 43 1 
1 atom. 
86.66 
32-559 
34.632 
2 atoms 
• 73-32 
o 
O' 
100. 
100. 
1 atom 
259.22 
47.66 
45.706 
1 atom 
259.22 
S 5-385 
51.796 
1 atom 
259.22 
53-38 
49.8059 
1 atom 
259.22 
34 3 1 
3305 1 
1 atom 
259.22 
39 - 34 ., 
42.31° 
4 atoms 
240. 
• 3 - 
11.976 
6 atoms 
67.92 
1 2.056 
13 572 
6 atoms 
67.92 
1 1.62 
13.05 
6 atoms 
67.92 
16.59 
17.320 
iz atoms 
135.84 
C 3 
>* 
pC 
C O 
h 
Uh 
100. 
100. 
i atom 
567.14 
a p 
5,0 
pC O 
U rs 
•3 *>< 
<L» Q 
OJ 
l- O 
3 ctj 
u - J 
U LO 
<u 
u« 
35 - 
37.1441 
2 atoms 
• 93-32 
100. 
100. 
500.46 
N G 
d O 
Ss L; 
j= £ 
u o 
"d „ 
u, 
100. 
100 . 
1 atom 
520.46 
100. 
100. 
784.3 
none 
o « 
d “ 
*.c 
<u • 
■S c 
G 
1 Page 229 of this Paper. 
2 Page 223 of this Paper. 
3 Phil. Trans, for 1814, page 549, C. 
4 Ditto, page 555,6. 
5 Inferred from the Analysis of the former salt. 
6 Phil. Trans. 1814, page 555, B. 
7 Phil. Trans. 1814, page 534, B and C. 
8 Ditto, page 534. 
9 Inferred from the analysis of the next salt. 
10 Phil. Trans. 1814, page 537, A, B, and D. 
11 Ditto, page 535. 
