228 



TABLE 248. 



Tables 248-250. 

 Specific Heat of Various Liquids. 



Liquid. 



Alcohol, ethyl. 



Alcohol, methyl , 



<< << 



Anilin 



Benzole, CeHe. 



CcHe 



CaCls, sp. gr. 1. 14, 



1.26 . 



CuSo4 + so HoO. 

 " + 200 " 

 " +4oo_" 



Diphenylamine, 

 CisHuN 



Liquid. 



Ethyl ether 



Glycerine . . . 



KOH + 30II2O 



" + 100 " 



NaOH + 50H0O 



" +100 " 



NaCl + ioHaO 



" +200" 



Naphthalene, CioHa . . . . 



Nitrobenzole 



Oils: castor 



citron 



olive 



sesame 



turpentine 



Petroleum 



Sea water, sp. gr. i .0043 . 



" " " " 1.0235. 



" " " " 1.0463. 



Toluol, CeHs ... 



ZnS04 + SoH20. !!!!!. 

 '' + 200 " 



Au- 

 thority, 



R 



E 



TH 



B 



(( 



A 



<( 



W 



HW 



ii 



W 

 R 

 Pa 



H-D 



Ma 



References: (A) Abbot; (B) Batelli; (E) Emo; (G) Griffiths; (DMG) Dickinson, 

 Mueller, and George; (H-D) de Heen and Deruyts; (Ma) Marignac; (Pa) Pagliani; 

 (R) Regnault; (Th) Thomsen; (W) Wachsmuth; (Z) Zouloff; (HW) H. F. Weber. 



TABLE 249. — Specific Heat of Liquid Ammonia under Saturation Conditions. 



Expressed in Caloriesoo per Gram per Degree C. Osborne and van Dusen, 

 Bui. Bureau of Standards, 1918. 



TABLE 250. — Heat Content of Saturated Liquid Ammonia* 

 Heat content = H = e + pv, where e is the internal or intrinsic energy. Osborne and van 

 Dusen, Bui. Bureau of Standards, 1918. 



Smithsonian Tables 



