343 
for Spirituous Liquors. 
'ABLE 11. HEAT 6i°. 
I. 
Water and 
spirit by- 
weight. 
II. 
Specific 
gravity. 
III. 
Spiri 
by 
mea- 
sure. 
IV. 
Water 
by 
measure 
V. 
Bulk of 
mixture* 
VI. 
Diminu 
tion of 
bulk. 
VII. 
Quan- 
tity of 
spirit 
per cent 
VIII. 
Decima 
multi- 
pliers. 
I. 
Water and 
spirit by 
weight. 
II. 
Specific 
gravity. 
hi. 
Spirit 
by 
sure. 
IV. 
Water 
by 
measure. 
V. 
Bulk of 
mixture. 
VI. 
Dimi 
nuti ■ 
on of 
bulk. 
VII. 
- Quan- 
tity of 
spirit 
. per cent. 
VIII. 
Decimal 
multi- 
pliers. 
r. + Sp 
w. + Sp, 
30+ IOC 
99 
98 
9 l 
96 
,92961 
,9301c 
>93°59 
,93108 
’9315 7 
IOO 
— 
— 
82,46 
83,29 
84,14 
84,98 
85-89 
177,38 
178,19 
179,02 
179,86 
180,71 
5,08 
5,10 
5,12 
5,12 
5.18 
56,37 
56,11 
55,86 
55,60 
55,33 
,5634 
,5609 
,5583 
>5557 
,5531 
100 + 5c 
49 
48 
47 
46 
1 ,95771 
1 ,95834 
- ,95898 
,95962 
.96026 
IOO 
1 
164 92 
168,29 
1 7 1,78 
175,44 
179,26 
258,28 
261.62 
265,10 
268,73 
272,52 
6,64 
6.67 
6.68 
6,71 
6,74 
38.71 
38,22 
37.72 
37,21 
36,69 
+ 869 
,3820 
,3770 
,3719 
>3667 
30 + 95 
94 
93 
92 
9 1 
,93206 
’93255 
’933°4 
>93353 
,93402 
86,79 
87,72 
88,66 
89,62 
90,61 
181,59 
182-47 
1 83,40 
184,32 
185,29 
5,20 
5.25 
5.26 
5,30 
5,32 
55,07 
54,80 
54=53 
54,25 
53=97 
>5504 
>5477 
,5450 
,5422 
=5394 
ioo + 45 
44 
43 
42 
41 
,96090 
■ ,96154 
,96217 
.96281 
,96344 

183,25 
187+1 
191,76 
196,33 
201,1 1 
276+9 
280,63 
284,97 
289,52 
294,30 
6,76 
6.78 
6.79 
6,81 
6,81 
36,16 
35,63 
35,08 
3+53 
33,97 
,3615 
,3562 
,3507 
,3452 
30 + 90 
89 
88 
87 
86 
’93452 
»935°3 
’93554 
,93605 
’93657 
— 
91,62 
92,65 
93,7o 
94,78 
95,88 
186.26 
187.26 
188,28 
i 8 9>33 
190,40 
5 = 36 
5,39 
5+2 
5,45 
5,48 
53,69 
53+0 
53,H 
52,8l 
52,52 
,5366 
>5337 
,53o8 
,5279 
,249 
100 + 40 
39 
38 
37 
36 
,96408 
,96471 
-96535 
,96598 
,96662 
! z 
1 
! __ 
206,15 
211+3 
216,99 
222,86 
229,06 
299,34 
304,62 
310,19 
316,06 
322,25 
6,81 
6,81 
6,80 
6.80 
6.81 
33+0 
32,83 
32,24 
31,64 
31,03 
7 j 
,3339 
,3281 
,3222 
,3162 
,3101 
30 + 85 
84 
83 
82 
81 
,93709 
,93762 
=93815 
,93870 
,93924 
97,01 
98,16 
99,34 
100,56 
101,80 
191,50 
192,63 
193,78 
19+96 
196.17 
5,51 
5,53 
5,56 
5,60 
5=63 
52,22 
51,91 
5I,6l 
51,30 
50,98 
,5219 
,5189 
,5158 
,5127 
,5°95i 
100 + 35 
34 
33 
32 
3i 
,96725, — 
,96791 -t ~ 
,96855 r — 
,96920 — 
,969861 — 
235,59 
242,53 
249,88 
257,68 
266,00 
328,79 
335,73 
343,10 
350,93 
359,26 
6,80 
6,80 
6,78 
6,75 
6,74 
30,41 
29,78 
29,14 
28+9 
27,83 
,3040 
,2 977 
, 2 9i3. 
,2848 
,2782 
30 + 80! 
79; 
78 
77 
£ 76 
>93979 
,94034 
,94089 
,94145 
,94201 
— 
103,07 
104,38 
I °5’7 I 
107,09 
108,49 
197,41 
198.68 
199,97 
201,32 
202.69 
5,66 
5,70 
5-74 
5,77 
5,80 
50.66 
50.33 
50,00 
49.67 
49.33 
,5063 
,5030 
,4998 | 
+964 
=4931 
100 + 30 
29 
28 
2 7 
26 
,97051 — 
,97117 — 
,97185 — 
,972521 — 
,97320 — 
274,86 
28+34 
294,50 
305,41 
317,15 
368,16 
377,65 
387,85 
398,80 
410,58 
6,70 
6,69 
6,65 
6,61 
6,57 
27,16 
26,48 
25,78 
-25,08 
24,36 
,2715 
,264 7 
,2 577 
,2507 
,2435 
30 + 75 
74 
73 
72 
7i 
,94257 
’94313 
,94369 
’94427 
,94484 
— 
109.94 
1 1 1,42 
112.95 
u+52 
1 16,13 
204, 1 1 
205,56 
207,06 
208,60 
210,18 
5=83 
5,86 
5,89 
5,92 
5 >95 
48,99 
48,65 
48,30 
47,94 
47,58 
,4897 
,4862 
4827 
4791 
4756 
100 + 25 
24 
23 
22 
21 
,97389 — 
,974601 — 
,97532 — 
,97604 — 
,97679 — 
329,84 
343,58 
358,52 
374,82 
392,67 
423,32 
437,12 
45213 
+68+5 
486.38 
6,52 
6+6 
6,39 
6,37 
6,20 
23,62 
22,87 
22,12 
2i,35 
20,56 
,2361 
,2287 
,2211 
,2134 
,2055 
)0 + 70 
69 
£ 68 
67 
66 
,94540 
,94599 
,94659 
,94719 
>94779 
- 
1 17,80 
119,50 
121,26 
123,07 
124,94 
21 j,8o 
213,48 
215,20 
216.98 
218 81 
6,00 
6,02 
6,06 
6,00 
6,13 
47,21 
46,84 
46+7 
46,09 
45=70 
4719 
,4682 
4645 
+607 
,4568 
IOO + 20 
19 
18 
17 
l6 
,97755 
,97832 
,97911 
,97992 
,98076 
— 
412,30 
434,00 
458,11 
485,06 
515,37 
506.08 
527,86 
552,05 
579.09 
609,50 
6,22' 
6,14 
6,06 
5 >97 
5,87 
19,76 
18,95 
18,1 1 
17,27 
16+1 
A 97 S 
,1894 
,l8ll 
,1726 
,1640 
)° + 65 
6 3 
62 
61 
,94839 
,94899 
,94961 
,95022 
,950831 
§ 
126,86 
128,83 
130,88 
132,99 
135,18 
220,70 
222.65 
224.66 
226.74 
228,88 
6,i 6 
6,18 
6,22 
6,25 
6,30 
45,31 
44,91 
4+51 
44,10 
43,69 
4529 
4489 
4449 
,4409 
4-367 
IOO + 15 
14 
13 
12 
1 1 
,98162 
,98251 
,98343 
,98440 
,98539 
— 
549,73 
589,00 
634,30 
687,17 
749,64 
6+3-97 
683.36 
728,77 
781,76 
844.36 
5+6 
5,64 
5,53 
5+1 
5.28 
1 5,5 3 
14,63 
13+2 
12=79 
11,84 
,1552 
,1463 
,1372 
,1279 
,1184 
-0 + 60 
59 
58 
- 57 
56 
,95H5 
,95207 
,95270 
95333 
=95395 
- 
1 37,43 
1 39,75 
142,16 
144,66 
J 47> 2 5 
231,10 
233,40 
2 35-77 
238,23 
240,77 
6 -33 ' 
6.3s 
6=39 
6-43 
6 + 8 
43,27 
42,85 
42,41 
41,97 
41,53 
4325 
,4283 
,4240 
4 i 9 6 
4151 
IOO + 10 
9 
8 
7 
6 
,98642 
98750 
.98862 
,98981 
,99105 
- 
824,60 
916,23 
1030,75 
1 178,00 
137434 
919 45 
101 1,23 
1125,91 
1273,32 . 
1469,82 . 
5,i5 
5,00 
4,84 
4,68 
4,52 
10,87 
9,89 
8,88 
7,85 
6,80 
,1087 
,0988 
,0888 
,0785 
,0680 
0 + 55 
54 
53 
52 
5 1 
,95458 
>95521 
95583 
,95645 
-95707 
— ] 
1 49>9 2 
152,69 
'55,57 
'58,57 
[61,69 
243,42 
246,16 
249,02 
252,00 
255,08 
6 + 0 
6=53 
6-55 
6,57 
6,61 | 
41,08 
40,62 
40,15 
39,68 
39,20 
,4106 
,4060 
+014 
,3966 
,3918 
100 +. 5 
4 
3 
2 
1 
,99234 
-99371 
>99515 
,99666 
,99825 
— 
1649,21 
2061,51 
2748,67 
4123.01 
8246.02 
1744,86 , 
2i57,33 ■ 
2844.66 . 
4zio, 16 
834 2 -33 . 
4,25 
4-18 
4,01 
3,85 
3 69 
~5V73~ 
+63 
3,5.i 
2,37 
1,20 
>°573 
,0463 
,0351 
,0237 
,0120 
