SATURATED 8TBAM, AND OTUXB VAPORS. 

 HEAT or YAPORIXATIOX. 



ri.rnt it M"i::>K AMUOSHA. 



Frwh uniti, r= 98 -Ov r = SOO-0.8/. 



English unitii, r = 176 - 0.2?(/ - SI) r = 540 - 0.8(/ - tt> 



HEAT or THE LIQUID. 



= 0.4 c-1 



Tables X and XI wnv calculated by aid of the 



may be of use fur u Rations, in default of more reliable tahiea. 



Specific Volume of Liquids. Table XII was taken from the fftys.-Otoa. 



VH of Landolt and Boms t 



Volume of Water. Table XIII gives the volumes of water compared 

 olume at 4. From to 100 C., the values are those given by 

 Rossclti AU.M KM i . ti>. values are those calculated by the equations given 

 1 irn in the Annalea cb Chimie et de Phy> >/7. 



Volumes of Liquids. The volumes of liqui-U at high temperatures, com- 

 pared with the volume at freezing point, are repreaented by the following 

 m in the Annole* : 



. to 200 C. (roL al4C. 



. . v=l+a000108fl7875i r,.ux,U4 



+0, 

 -0. 

 Alcohol 80C. to 180 C. (voL at C.= 



<>) r=l+a0007380a^ 



7-1U 



+a00000000040413567 

 Ether 80 9 C. to 130 C. (vol at C.= 

 uuitv) r=l+a001S4880fi T.l.-r- 



Carbon bisulphide 30 to 180 C. (vol. at 



0C. = unlty) r=l +0.001 16805MW 7.0874898-1C 



fdOOOOOlOttsW 



-"., 81ll90sV QL8Qtlfl-l 



Carbon tetrschloride 30* to 100 C. (vol. at 



r= 1+0,00108718881 7 .- i - 



fna flMU 7- 4.56*n3-lC 



-O.OOIII' 

 +O.OOOOOOOOU06&18VS18I 4 



