DIFFERENTIAL EQUATIONS 21 7 



Aldis, Proc. Roy. Soc. London, 66, 142, 1900; x = o.i to * = 6.0, interval 

 o.i, 21 decimal places. 



Jahnke and Emde, Tables XV and XVI, same range, to 4 places. 



Gray and Mathews, Table IV; x = 0.2 to x = 6.0, interval 0.2, 9 decimal 

 places. 



Y (xVi) (9.104) Denoted N Q (xVi) in table. 



Jahnke and Emde, Tables XVII and XVIII; x = 0.2 to # = 6.0, interval 

 0.2, 4-7 figures. 



(9.212). 



Aldis, Proc. Roy. Soc. London, 64, 219-223, 1899; x = o.i to x = 12.0, 

 interval o.i, 21 decimal places. 



Jahnke and Emde, Table XIV; same, to 4 places. 



lffj(), -ffj() (9.107). 



Jahnke and Emde, Table XIII; # = 0.12 to # = 6.0, interval 0.2, 4 figures. 

 ber*, bar'*, 

 bei of, bei #, 



B. A. Report, 1912; x = o.i to x = 10.0, interval o.i, 9 decimal places. 

 Jahnke and Emde, Table XX; x = 0.5 to x = 6.0, interval 0.5, and x = 8, 

 10, 15, 20, 4 decimal places. 



ker*, ker'*, 

 kei #, kei' x, 



B. A. Report, 1915; x = o.i to # = 10.0, interval o.i, 7-10 decimal places. 



ber 2 x + bei 2 x, 



ber /2 x + bei' 2 x, 



ber # bei' * - bei x ber' x, and the corresponding ker and kei 



ber x ber' x + bei a; bei' x, functions. 



B. A. Report, 1916; x = 0.2 to x = 10.0, interval 0.2, decimal places. 



SnW, S'*(X), logSnfr), log S'(*), 



CnW, C' n (*), 10gC(*), logC'nW, (9-261). 



E n (x), E'nW, logEn(*), log E'n(*), 



B. A. Report, 1916; integral values of n from o to 10, x = i.i to # = I.Q, 

 interval o.i, 7 decimal places. 



