the Sphere of Action of a Moleculi 



84: 



The above investigation applies strictly only to the case 

 when the matter does not consist of molecules, but is evenly 

 distributed in space. But still the result obtained should 

 very approximately represent the facts. 



The above equation may also be written 



Cj 



= -j- 1 7 , where r denotes the temperature, 



in which form it can be used to determine c 1 from experi- 

 mental data. The values of e 1 have been calculated for 

 different temperatures for a number of liquids and are 

 contained in Table I. The values of L l used are taken from 



Table I. 



Ether. 



Methyl formate. 



313 



d\ 

 dr 



1 d(L lP ) 



. d\ 

 e, =4^—= — 



1 d{L lP f 



r. 



d\ 



dr 



1 d(L A o) 



d\ 



C '- 4 d(L lP ) 



4-2 Xl0 7 dr ' 



4-2 Xl0 7 dr ' 



112 



•276 



-8 



388x10 era. | 



303 



•154 



•486 



3-02 XlO~ 8 cm. 



323 



110 



•265 



3-99 „ 



313 



151 



•480 



300 „ 



333 



ill) 



•255 



412 ., 



323 



•147 



•471 



2-97 „ 



343 



•108 



•261 



394 „ 



333 



•144 



•480 



286 „ 



Carbon tetrachloride. 



Benzene. 



363 



112 -220 



4 8 x 10" 8 om. 



353 



112 



•237 



-8 



4-52 X 10 cm. 



373 



•107 



•222 



460 „ 



363 



113 



•239 



452 „ 



3S3 



109 



•224 



4-64 „ 



373 



114 



•243 



448 „ 



303 



•105 



•225 



444 ., 



383 



114 



•249 



436 „ 



403 



•103 



•225 



4-36 „ 



393 



114 



•255 



424 „ 



Chlorobenzene. 





Ethyl acetate. 



423 



103 



•222 



4-40xlO _S cm. 



353 



118 



•250 



— 8 



451x10 cm. 



433 



101 



•221 



4-36 „ 



363 



116 



•260 



4-25 „ 



443 



099 



•223 



4-24 „ 



373 



114 



•273 



3-98 „ 



453 



•097 



•224 



412 „ 



383 



111 



•287 



367 „ 



403 



•097 



•227 



4 08 „ 



393 



109 



•300 



348 „ 



3 T 



