[miller ci rosebrugh] values OF FUNCTIONS INVOLVING e'x 79 



checked by tirst and second differences between x = and x = 1,000 

 and by first, second, and third diff^erences from .r = l.OO to a- = 2.00 

 on the type-written sheets. 



Our thanks are due to Mr. R. F. Stupart, Supei-intendent of the 

 Meteorological Service, for the use of a 8-16 place arithmometer, which 

 together with a 6-12 place arithmometer and a 9 place comptometer from 

 the School of Practical Science, were of great assistance in computing 

 the tables. 



TABLES. 



Table I. a: = to x = 0.100 at intervals of .001,' numerical 

 values of 



CO 00 00 00 



J-^dx — _L — loge, •'■,y— dx + loge x, J e-^ dx, jxer^ dx, and 



CO 



jxh-^ dx. 



X 



a; — 0. 100 to r = 1.000 at intervals of .001, numerical values of 



00 CD c» 00 CO 



J-^d,^, y_£l! dx, J e-^ dx, f ^e-^ dx, and j xh-^ dx. 



Table II. x = 1.00 to x = 2.00 at intervals of .01, numerical 

 values of 



00 00 00 JO 00 



fSl dx, /— dx, Je-^ dx, J xer^ dx, and i' xh-^ dx. 



Table 111. x = to x- = 0.100 at intervals of .001, nume^-ical 



e-x 1 



values of . 



.1' 



X = 0.100 to a: = 1.000 at intervals of .001, numerical values of — -. 



X 



Table IV., x = 1.00 to x = 2.00 at intervals of .01, numerical 



Q-X 



values of — . 



0." 



