a 
TO THAT OF THE BODY. 39 
Page 128 
Ke Vi. 
Time. /|Temperature. sp cane Time. | Temperature. ee? react 
10.15 99°15 7 10.15 98°8 >) 
10.20 99°15 10.20 98°875 
10.25 99°15 10.25 98°95 
10.30 99°125 10.30 98°95 - 71°F 
10.35 99°025 71°F 10.35 99° 
10.40 99°125 pre ; 10.40 99° 
10.45 99°175 10.45 99° 
10.50 99°175 
10.55 997175 
11 Pm. 99°175 a 
Stripped at 10.30. Rise at 0°05° F. Stripped at 10.25. Rise 0°05° F. 
Vil VIII. 
5 T tur J T ture 
Time. | Temperature. rar ee ©] Time. Temperature. an 
10.30 99°21 } 10.15 98°8 ry 
10.35 99°205 10.20 98°825 
10.40 99°2 10.25 
10.45 99°3 10.30 98°9 
10.50 99°3 10.35 99° . 73°F 
10.55 99°15 - 72 R 10.40 . 
11 P.M. 99°35 10.45 99°1 
11.5 99°3 10.50 99°1 
11.10 99°325 10.55 99°71 
11.15 99°4 11 P.M. 99°1 J 
11.20 99425 =|) 
Stripped at 10.50. Rise 0°125° F. Stripped at 10.36. Rise 0-1° F. 
It is readily seen that the hotter the air, the less is the stripping 
rise, and that when an external temperature of 70° F. is reached, there 
is no rise at all. Several of the higher temperature observations are 
here given and but few of the lower, because in the paper above re- 
ferred to (“‘ Proceedings of the Royal Society,”’ No. 116, 1869)* there are 
six or seven of the latter recorded with the temperature noted in all. 
From these facts it may be clearly seen that in air below the tem- 
perature of 70° F., the stripping rise varies inversely as the temperature. Page 129. 
Experiments as low as to 45° F., have been made, but no limit has 
* Supra, p. 6. 
