130 



F K V i; II 



1:15 r. M— Ufctal tompcraturc 102''.4. 



1:30 P. N. IJrnin cxpoiseU. 3 P. M. — IJraiii wounded mcciinnically on one side. 



2:5 P. M. — Uiitul lcui|ifruluro lor.d. 



Tims. 

 2:13 r. 



2::to 



2.45 

 3:30 

 3:43 



Am TEMr. 

 (K»h.) 



Ti'iin TEMr. 



lK»b.) 



77°.C3 

 78.44 

 7'J.43 



78.5 

 (iiicau) 



79°.07 

 79.07 

 80 



79.38 

 78.5 



0.88 

 (gaiu) 



Box TcHr. 



(K«h.) 

 730.10 



74.93 



1.83 

 (gniu) 



0*a. .MrrEs. 



(cub. (I.) 



1035 



1150 

 115 



8:50 P. M. — llcctal tcnipcrnturc I02°.C. 



Fig. 14. 



Aiilopiti/. — Only ono side of the brain injnrcd. Wonnd passinp 

 throii^li ilio gray niutler, involving the lir.-t and bccoud couvolutious 

 anterior and posterior to the sulcus crucialus. 



ITrnf Dissipation. 

 IJtFoiiK Operation. 



Q.ittiitily of air (V) = 119 at 7fA87 — 32° = 44.87 = t'. 



V +^V X t' X 0.0020.15)=. v. V= V.'„=109. AV = V X 0.08073 = 8.8 



1.09 



nine in temp, of nir O.CC = t. Q = W x t X sp. h. = O.CC X PS X 0.2374 = 1.3788 = heat given to air. 

 KiM! in temp, of water 1.C24 X 79.5436 = 129.1794 = hoot given to calorimeter. 



1.3788 = heot given to air. 



130.5582 = heat dissipated in 1^ hours 

 FTourly diiin'paf ion 0/ heal 87.0388 



Arrr.B OPEiiATinv. 



Quantity of air (V) = 115 at 79^.38 — 320 = 47..38 = t'. 



V + (V X t' X 0.002035) = v. V = "'', = 105. W = V X 0.08073 = P.5 



1 .(196 



Ttine In trmp. of air 0.88 «= t. Q = W X t X fp. h. = 8.5 X 0.88 X 0.2.374 = 1.77."i7 = heat given to air. 



Rise in temp, of water 1.83 X 79.5436 ^ 145.5655 := heat given to calorimeter. 



1.7757 = heat given to air. 



147.3-112 IB heat dissipated in 1 j hours. 

 Hourly di$»ipcUion of heal 98.2275 



Sr\lMAkV. 



Ilfiiirly diwipation of heat before operation 87.0.188 

 llMiirly dissipation of hoat after operation 98.2275 



//i. 11/17 jnin uf heat diitipation foUowing ojteralion 11.1881 



