11 
12 
90° (1/1) 
6 
’ 
126052 (2/1) 
h 15 
900 (2/2) 
a1l..b1 327 +, 28 — 
112° 38° \3/2) 
fis2, 45° 
90° (3/3) 
c3 +, 64.65 
1060 16° (4/3) 
fis:, 90.91 
90° (4/4) 
s  o-E 2 
102040‘ (5/4) 
dist, 150. 153 
90° (5/5) 
fis*, 180 
100024 (6/5) 
b°, 224+, 231— 
900 (6/6) 
e5 256 4.264 — 
Schwingungsarten einer 
mit Angabe der zu denselben gehö- 
geordnet nach der Theorie 
180° (2/0) 
9 = 
180° (3/0) 
gist, 25 
14308’ (3/1) 
h1 30 
c2 +, 322.33.? 
151°56° (4/1) 
b2—, 55.56 — 
126°52° (4/2) 
cis?’, 70 
d’, 12 
136°22° (5/2) 
gis’, 98. 99. 100 — 
118°24‘ (5/3) 
h®, 119. 120 
c*, 125. 126.128 — 
126052‘ (6/3) 
e*, 160. 162 
112°38‘ (6/4) 
g9*, 189.192 
gis*, 196.198. 200 — 
120°30° (7/4) 
h*, 240. 242 
108056 (7/5) 
cis5, 275. 280 
ds, 286. 288 
180° (4/0) 
{gie —, 49 — 
gis?, 50 
1800, (5/0) 
e+, 81 
157022° (5/1) 
f?, 84 
fiss, 90. 91 
161°4° (6/1) 
c*, 128 
14308' (6/2) 
cis* 135. 140 
d*, 144 
14806° (7/2) 
fist-+, 180-7189 ? 
133026‘ (7/3) 
{gis*+, 209, 210 
a*, 216. 220 
138052‘ (8/3) 
e5 +, 256-+.264 — 
126052’ (8/4) 
ds, 286. 288 
dis>, 294. 299 
