232 



F i; V i; 11 



Third Ptriod— 

 Rue of bodily lcinpcr»tarc io b\ hours l", in 1 honr 0.17 «= t. 

 q ^ W X I X »p- 1«. =» 4.1 X 0.17 X 0.7 j = 0.521'J = luut odilcil to rcscrTC 



S'.'.Gl'^H s— hourly th.^-^ipiition nf hcui. 

 O.yjlU •» hourly uJilitiou to hcut a-M.-rvc. 



tlourly production of heat 23.i:W7 



Fourth Period — 



lemiK-raturo. 

 II , .;;y = huurti/ production of heal 17.4025 



Ft/lh Period— 

 Fall of iHxlily Icinporatnrc in C| hoars (f.9. in 1 honr 0.1384 = t. 

 Q =a W X I X »P- li. = 4.1 X 0.1384 X 0-73 = 0.42.'>0 = Ueul lukin from robervc. 



30..')4b2 = hourly Uis-xipiition of linit. 

 0.42.')G = hourly low from heat rcborvc. 



Hourly production of heat 30.1226 



Sixth Period— 



Fall of bcxlily tcmporatnrc in Cj hours .8. in 1 honr 0.128 = t. 

 Q = \V X t X sp- h. = 4.1 X 0.128 X 0.75 = 0.3937 = heat taken from reserve. 



23.GlCrt = hourly (li.s.si|(iition of heat. 

 0.3'.»37 = hourly loss from heat reserve. 



Hourly production of heat 23.3231 



Seventh Period — 

 Rise !■( bodily tenipcrfttorc in .5J hours 2-6, in 1 honr 0.4727 = t 

 l^ ^ W X I X <!p. h. = 4.1 X 0.4727 x 0.75 = 1.4535 = heat addoJ to reserve. 



13.27(>7 = honrly dispipatlon of heat. 

 1.4535 = hourly addition to reserve. 



Hourly production of heat 14.7302 



Eighth Period— 

 Rise of hodi'y tcmpernturc in 2J hours 10.4, in 1 honr 0.622 = t. 

 Q = W X t X sp- h. — 4.1 X 0.C22 x 0.75 = 1.9126 = heat added to nnsprve. 



12.5426 = honrly dissipation of heal. 

 1.9126 = hourly additiou to heat rvwrvc. 



Hourly production of heal 1-1.4552 



Xinlh Period — 

 Foil of btMJily temperature in 2} honrs 0^.3. in 1 hour 0.11 = t 

 Q =. W X t X sp. h. = 4.1 X 0.11 X 0.75 = 0.33S2 = heat taken from reserve. 



15.H0<l.t = hourly dis.iiipBtlfin of lieat. 

 0.33>'2 = heat tuktn from reserve. 



Hourly production if heat 15.5522 



