feale.J TENNESSEE. 
Analyses of mineral springs in Tennessee — Continued. 
105 
Raleigh Mineral Springs. 
Constituents. 
Beach 
Spring. 
Box 
Spring. 
Freestone 
Spring. 
Magnolia 
Spring. 
Marble 
Spring. 
Bayless 
Spring. 
Grams 
in 10,000. a 
Grams 
in 10,000. a 
0.201 
Grams 
in 10,000. a 
Grams 
in 10,000. b 
0.580 
0.264 
Grams 
in 10,000. a 
0.060 
Trace. 
Grams 
in 10, 000. b 
306 
097 
0.044 
0.296 
0.142 
0.143 
0.042 
Iron protocarbonate 

0.421 
631 
0.069 
0.193 
0.214 
1.182 
525 

0.175 


0.070 
037 
0.077 
0.153 
0.190 
0.356 
0.086 
0.146 
Aluminium sulphate 
'Trace 
0.275 
0.083 
0. £35 
0.015 
0.132 
0.003 
0.135 
0.078 
0.102 
0.190 
Magnesium chloride 
( c ) 
0.262 
2.887 
0.337 
( d ) 
377 
Carbonic acid (free) 
2.003 
' 1. 793 
1.005 
e Present 
0.450 
2.491 
709 
Total 
3.032 
2.896 
1.713 
5.202 
1.505 
5. 914 
Constituents. 
Primm's 
Springs : Red Boiling 
Spring i Springs. 
No. 2. 
Rhea 
Springs. 
Tate's 
Epsom 
Spring. 
Tilford's 
Mineral 
Well. 
Grains 
per gallon. 1 
Grains .e 
Parts in 
l ; 000,000. h 
Grains 
per gallon? 
Grains 
per gallon. i 
22 59 
0.85 
0.91 
26.00 
21.56 
62 
17 
616 
513 
600 
234 
5.22 

8.50 
160. 66 
31.91 
1.54 
6.22 
32.87 
29.81 
1.72 
Trace 
6.00 
8.00 
0.39 
1.02 
1.14 
Magnesium phosphate 
2.10 
Traoe 
Sodium sulphide 
1 2>57 { 
5.48 
0.45 
1.00 
23 
40.27 
0.66 
2.92 
Trace 
4.49 
0.06 
2.50 
1.50 
2.70 
0.02 
15 
15.00 
Iodine 
91 
Total 
81.53 
60.00 
20.77 
271. 88 
36. 16 
Gases. 
Cubic 
inches. 
Cubic 
inches. 
Cubic 
inches. 
Large am't 
Cubic 
inches. 
Present 
Cubic 
inches. 
14.00 
4.50 
a Enno Sander, analyst (1886). 
*> Theodore Hoerner, analyst. 
c Traces of silicate and phosphate of alumina. 
d Traces of silicade of alumina. 
e Traces of nitrogen. 
(233) 
f A. B. Rains, analyst (1879). 
6 J. M. Safford, analyst. 
h William Baker, analyst. 
j T. S. Antisell. analyst (1872). 
j J. M. Safford, analyst (1884). 
