﻿Relations 
  in 
  Capillarity. 
  

   in 
  the 
  fourth 
  column 
  of 
  Table 
  VIII., 
  the 
  values 
  o£ 
  

  

  Ei) 
  

  

  501 
  

  

  used 
  

  

  beino- 
  o-iven 
  in 
  the 
  second 
  column. 
  

  

  The 
  first 
  four 
  liquids 
  

   supplied 
  the 
  data 
  for 
  the 
  calculation 
  of 
  {ic')^%ca 
  for 
  the 
  

   four 
  atoms 
  inTolved. 
  Then 
  the 
  (jc'^^Ca 
  for 
  chlorobenzene 
  

   was 
  calculated 
  from 
  the 
  (Ac')ica 
  of 
  its 
  constituent 
  atoms, 
  and 
  

   is 
  given 
  in 
  the 
  third 
  column 
  of 
  the 
  table, 
  while 
  the 
  actual 
  

  

  Table 
  YIII. 
  

  

  Xame 
  of 
  liquid. 
  

  

  9 
  

  

  ('^0*2^.- 
  

  

  («0\. 
  

  

  ^a' 
  

  

  Ether 
  

  

  752-6 
  

   5301 
  

   813-0 
  

  

  778-0 
  

   9050 
  

  

  935-6 
  

  

  H= 
  19-71 
  

   = 
  109-96 
  

   0=112-66 
  

   01=175-76 
  

  

  H=l 
  

   0=5-581 
  

   0=6-224 
  

   01=8-919 
  

  

  diethyl 
  formate 
  

  

  Carbou 
  tetrachloride 
  

  

  Benzene 
  

  

  Ohloro 
  benzene 
  

  

  

  Table 
  IX. 
  

  

  ]S'ame 
  of 
  liquid. 
  

  

  Ether 
  O4H10O 
  

  

  Methyl 
  formate 
  C2H4O2 
  . 
  . 
  . 
  

   Carbon 
  tetrachloride 
  CCI4 
  

  

  Benzene 
  OeH? 
  

  

  Ohloro 
  benzene 
  OeHsOl 
  ... 
  

  

  Ethvl 
  acetate 
  O4HS62 
  

  

  Propyl 
  formate 
  O4HSO, 
  . 
  . 
  . 
  

   Methyl 
  propionate 
  O4HSO2 
  

   Propyl 
  acetate 
  O.5H10O2 
  ... 
  

   Ethyl 
  propionate 
  O5H10O2 
  

   Methyl 
  butyrate 
  O5H10O, 
  

   Methyl 
  isobutyrate 
  O5H10O 
  

  

  1 
  

  

  

  ^m 
  

  

  i 
  

  

  P 
  

  

  (^"rs.^. 
  

  

  404-2 
  

  

  404-2 
  

  

  287-7 
  

  

  287-7 
  

  

  437-5 
  

  

  437-5 
  

  

  421-6 
  

  

  421-6 
  

  

  493-7 
  

  

  505-4 
  

  

  435-1 
  

  

  440-0 
  

  

  428-0 
  

  

  440-0 
  

  

  428-8 
  

  

  440-0 
  

  

  502-5 
  

  

  521-2 
  

  

  500-8 
  

  

  521-2 
  

  

  500-0 
  

  

  521-2 
  

  

  497-6 
  

  

  521-2 
  

  

  {^"fc. 
  

  

  H=10-9 
  

  

  H=l 
  

  

  0=59-4 
  

  

  0=5-45 
  

  

  0=57-6 
  

  

  0=5-284 
  

  

  01=94-5 
  01=8-67 
  

  

  experimental 
  value 
  is 
  given 
  in 
  the 
  second 
  column. 
  The 
  

   agreement 
  is 
  fairly 
  good. 
  It 
  should 
  be 
  added 
  that 
  this 
  table 
  

   refers 
  to 
  a 
  temperature 
  of 
  f 
  T^. 
  The 
  last 
  column 
  of 
  the 
  table 
  

   gives 
  the 
  values 
  of 
  c^, 
  the 
  Ca 
  for 
  H 
  being 
  put 
  equal 
  to 
  unity. 
  

   Since 
  the 
  values 
  of 
  c„ 
  for 
  different 
  liquids 
  can 
  only 
  be 
  

   compared 
  if 
  they 
  are 
  calculated 
  from 
  data 
  referring 
  to 
  cor- 
  

   responding 
  states, 
  we 
  are 
  limited 
  to 
  a 
  few 
  liquids 
  since 
  the 
  

  

  