•>\i FKVKR. 



J/iii/ I'lixlnrtlnn. 

 Firtt Period— 

 No cliaii))^ of biHlily temperature. 

 Ilourly Jituipatioo of heat = huurli/ produetion </ linil IM.04C5 



Secund I'criud — 

 Fall or bwlily temperature in 7 tioun Vh'.'l, iu 1 hour 0.0^9 — t. 

 Q =E W X t X >P- li. = 22 X 0.029 X 0.75 = 0.4785 = heal taken from reserve. 



89.G72 = hourly ili)i.si|intion nf liciit. 

 0.4785 = hourly loss I'ruui heat reserve. 



Ifourli/ produelioti of heat 69.1935 



Third Period— 

 Rite of bodily temperature in 5 hours 0°.2, in 1 hour 0.04 = t. 

 Q = W X t X up h. = 22 X 0.04 X 0.75 = O.fiC = hcnt udili.l to rrservc. 



66.0087 = hourly ili.s.xiiditioii of lii-at. 

 0.C6 = hourly addition to heat reserve. 



Jlourly production of heat 86.7287 



Fnurth Period— 

 Fall of bodily teinporature in 4 hours 1'^.2, iu 1 hour 0.3 = t. 

 Q = W X t X »p. h. = 22 X 0.3 X 0.75 = 4.95 = heut added to reserve. 



91.6144 ^ hourly disNipntioii of lirnt. 

 4.95 = hourly loss from heut reserve. 



Ilonrly production of hi<il 8C.GC44 



Fi/lh Period— 

 Kisc of bodily lomperaturc in 6 hours 0O.2. in 1 hour 0.033 = t 

 (J = W X t X sp. h. = 22 X 0.033 X 75 = 0.5445 = heat taken from re.serve. 



103.8623 = hourly dissipation of heut. 

 0..'>445 = hourly addition to heat reserve. 



flourly production of heat 104. 10Gb 



Sixth Period— 



No alteration of bodily temperature. 



Hourly dissipation of heat = hourly production of heat 8.3.2137 



Seventh Period — 

 Fall of bmlily temperature in 1 j hours 0.2, in 1 honr 0.16 = t. 

 Q = W X t X fp. h. = 22 X 0.16 x 0.75 = 2.64 = heat taken from reserve. 



118.8108 = hourly di.'isipation of heat. 

 2.64 = hourly loss from heat reserve. 



llourly production of htnt 116.1 708 



Eitjhth Period — 

 Fall of bodily temporatnre in 6^ hours 2°. in 1 honr 0.308 = t. 

 Q = W X t X »p h. = 22 X 0.308 X 0.75 = 5.082 = heat taken from reserve. 



117.1932 — hourly dL-u^ipation of heat. 

 5.082 = hourly loss from heat reserve. 



Hourly production of heat 112.1112 



