TABLE II. OF COMPLETE GENERIC CHARACTERS. 
A..—f and F properly primitive. 
[To face page 266. 
R—f improperly, F properly primitive. 
G=0,Q1. 
f2 a =l,_ mod 2. 
12=12,01. 
O a =2, mod 4. 
0=0,01. 
O a =0, mod 4. 
0=20,01. 
O a =l, mod 2. 
0=20,01. 
Q a =0, mod 2. 
A =A,Aj. 
A a =l, mod 2. 
P 
(-# 
P 
(-1)^ 
(~1)^ 
® •© 
P 
p-\ 
(_!)— 
© .(0 
© © 
© (0 
© (0 
© (0 
[©© 
©■ © 
©■ © 
(-1) 2 
© ■© 
S 
r= 2 y 
Q 
F=3x2 y - 
0 
r=3x2>' 
s 
r=2» 
Q 
r=3x2 y 
A =A,A“. 
A, =2, mod 4. 
■p 
P 
(-i/p (- 
P 
(-1) % (-Ip 
(-1)- ■ 
© .© 
(-ip 
P 
/ 
(-1)“, (-iff 
© .© 
© © 
© © 
© (0 
© (0 
©• (0 
©■ © 
© © 
:© •© 
Q 
r=3x2»-' 
P 
r~2' ,+i 
P 
r_2y« 
R 
r=2'" M 
p 
r= 2 y+3 
P 
(~lfr 
P 
(_1)¥ 
P 
(-l)^'P 
(-ip 
p 
(-ip, (iifr 
A =A,A1. 
pa_l 
(-1)— 
(-ip* 
PSE &-ip* 
(-ip 
F2-1 
(-Ip 
Aj=0, mod 4. 
© © 
© © 
© (0 
© - (0 
© (0 
©'■© 
© (0 
©. (0 
© •© 
© -(0 
Q 
r=3x2? 
P 
r = 2r+2 
P 
r=2’ ,+3 
R 
r= 2 y+3 
p 
r= 2 y+a 
A =2A,AJ. 
A a =l, mod 2. 
(-1 F 71 * 
<-P 
(- i )^ 
P-1 F 2 — , 
(- ip * 
® •© 
<-# 
© .(0 
© (0 
© (0 
©■ (0 
© (0 
© (0 
(- i ) • 
.© .(© 
© (0 
©■ (0 
s 
r= 2 * 
R 
r= 2 y+i 
R 
r= 2 ? +s 
S 
r= 2 y 
R 
r= 2 y+a 
A =2A,A*. 
A a =0, mod 2. 
p 
(-1)^ 
© (0 
(-ip' 
©•© 
P 
F 8 — 1 
(-1)“ 
©■ (0 
(- i )“ |-';S 
© .(0 
P 
(“IP* 
©■■ © 
/*~i 
f - i )“ 
© •© 
(_ ip ^ 
F2-1 
(-1)— 
©■ (0 
(- 1 P 
©■ © 
P 
(-i)“ (- ip 3 
© •© 
(-ifr (-lp 
© .•© 
Q 
T=3x2 y 
P 
r_2v +a 
P 
r= 2 y+3 
R 
r= 2 y+3 
P 
r= 2 y+s 
(-ip= 
o-: 
l, mod 2. 
0=0,01. 
O a =l, mod 2. 
A =A,A1. 
A a sO, mod 2. 
(-Ip 
© © 
© © 
r=2 y 
A =2A,A1. 
A a =l, mod 2. 
© (0 
©■ © 
r=2 y -> 
A =2A,A1. 
A a =0, mod 2. 
© (0 
F J — 1 
(_!)- 
.©■ © 
r=2 y 
C .— -f properly, F improperly primitive. 
Asl, mod 2. 
A=A,A1. 
A a =l, mod 2. 
0 =0,01. 
O a =0, mod 2. 
© (0 
©• © 
r=2 y 
0=20,01. 
Q,=l, mod 2. 
© (0 
■©■© 
r=2 y - 
0 =20,01- 
O,=0, mod 2. 
©■ (0 
C-1)^ 
©■ © 
r=2 y 
