﻿442 
  Dr. 
  Gr. 
  W. 
  Todd 
  on 
  Reaction-Velocity 
  Curves 
  for 
  

  

  For 
  p=l. 
  

  

  X 
  -2 
  -4 
  5 
  '6 
  -7 
  -8 
  -9 
  10 
  

  

  &(~Yt 
  -271 
  -815 
  1333 
  2-253 
  4-147 
  9333 
  3600 
  eo 
  

  

  X 
  3 
  -5 
  -6 
  -7 
  -75 
  -8 
  10 
  

  

  kl-\ 
  t 
  -31 
  -97 
  1-64 
  

  

  ©' 
  

  

  X 
  -3 
  5 
  7 
  *8 
  -9 
  10 
  

  

  k(-) 
  t 
  -199 
  -558 
  1-45 
  262 
  578 
  oo 
  

  

  X 
  -4 
  -6 
  -7 
  '8 
  -9 
  10 
  

  

  "[-\t 
  -294 
  -657 
  -995 
  1-578 
  2-881 
  oo 
  

  

  (5) 
  

  

  p=2. 
  

  

  X 
  ... 
  -5 
  -6 
  '7 
  -8 
  -9 
  -95 
  10 
  

  

  ^(~) 
  2 
  t 
  -224 
  -319 
  -455 
  -679 
  1*115 
  1*706 
  oo 
  

  

  The 
  curves 
  obtained 
  from 
  these 
  numbers 
  are 
  given 
  in 
  

  

  Now 
  take 
  a= 
  — 
  f. 
  

   Equation 
  (4) 
  becomes 
  

  

  2 
  

  

  *U) 
  < 
  = 
  J, 
  (;>-X)'(l-X) 
  rfX 
  

  

  JL-J 
  fr- 
  1 
  i 
  og 
  Ji=x_ 
  _j 
  xi 
  

  

  i+2p\(p-iy 
  og 
  V(i-x> 
  p(y-i)^-x/ 
  

  

  For 
  p=l. 
  

  

  X 
  -2 
  -4 
  -5 
  -6 
  -7 
  -8 
  '9 
  1*0 
  

  

  k 
  {l) 
  2 
  t 
  -261 
  -751 
  1-167 
  1-874 
  3-235 
  0-666 
  2250 
  oo 
  

  

  P=UV 
  

  

  X 
  -4 
  "5 
  -6 
  -7 
  -8 
  -9 
  10 
  

  

  #(^) 
  a 
  * 
  -56 
  '86 
  1-40 
  2-22 
  409 
  9'6 
  oo 
  

  

  