A STUDY IN MORBID AND NORMAL P II Y S I L O (J Y. 109 



After Operation. 



Quantity of air (V) = 97.22 at G9-'.22 — 32° = 37.22 = f . 



V + IV X t' X 0.002035) = V. V = '■^'■z' = 00.3. Q = V x 0.0S073 = 7.3 



1.0 I b 



Rise in temp, of air 1.30 = t. Q = W x t x sp. li. = 7.3 x 1.30 x 0.2371 = 2.4080 = heat given to air. 

 Rise iu temp, of water 0.03 X 130.850 = 121.C080 = licat given to calorimeter. 



2.4089 = heat given to air. 



Hourly dissipation of heat 124.1078 



Summary. 



Hourly dissipation of lioat before operation 71.2074 

 Hourly dissipation of lieat after operation 124.1078 



Hourly gain of dissipation of heat fdlowimj operation 52.8104 



Heat Production. 

 Before Operation. 



Rise of bodily temperature in 1| hours (P.l, in 1 hour 0.382 = t. 



Q = W X t X sp. h. = 10.5 X 0.382 X 0.75 = 3.0082 = heat added to reserve. 



3.0082 = heat added to reserve. 

 71.2974 = heat dissipated hourly. 



Hoiirhj heat production 74.3056 



After Operation. 



Rise of bodily temperature in H hour.s 1°, in 1 hour O.CGG = t. 



Q = W X t X sp. h. = 10.5 X 0.(;G(; X 0.75 = 5.25 = heat added to reserve. 



5.25 = heat adde<l to reserve. 

 124.1078 = heat dissipated liourly. 



Summary. 



Hourly heat production 120.3578 



Hourly heat production after operation 129.3578 

 Hourly heat production before operation 74.3056 



Hourly increase of heed production following operation 55.0522 



Experiment 81. 

 A cur. Weigbt IC lbs. 

 March 2G. 12:35 P. M.— Rectal teniperalurc 103°. 9. 



AiTiTicMr. Tube TEMr. Bo:t Temp. Okn. Metek. 



(Kill,.) (Fah.) (Fall.) (cub. ft.) 



720.68 700.25 800.1 



72.08 

 71.24 

 71.06 

 71.72 

 71.72 

 71.96 70.089 1001.84 



71.87 0.739 105.74 



68.12 (gain) 



3.75 



(gain) 



2:20 p.m. Rectal tomporatnro 103''. 9. 2:45 P. M. — Brain operated on willi a cataract needle 



through trephine openings iu tlic .skull. 



