210 



Karl Bohlin, 

 XXXII. A . p . q (n+r.-n+s); (199) (201) 





n = 



I 





3 



4 



5 







7 



A 0w0 (n.-n) 



[1.467078,,] 



I-995238,, 



2.436963 



1 .62009 



1.08025 



0.625 1 



0.2 106 



9.8196 



A uo (n+l.—ri) 

 At.oln-l.-n) 



1.850378 

 1.850378 



' -345 1 46 

 2.183808 



2.474426,, 

 3.209056 



1.65422,, 

 2-4752 13 



1 .05204, 

 2.572950,, 



0.4838, 



2.02 765 2„ 



9.88 1 i„ 

 1.60662, 



9.0997,, 

 1.23249, 



A Q .i(n.—n + l) 

 A .i(n.-n-l) 



2.082720,, 



2.08272 T„ 



"•625333, 

 2.732584,, 



1. 881355,, 



2.834304,, 



1.68073,, 

 2.859017 



1 .40649, 

 2.330335 



I.Il859„ 

 I.92313 



0.8255,, 

 1.56039 



0.5294, 

 1.21880 



4 2 . (w+2.-w) 



A2.od1.-n) 



A 2 .o{n-2.-n) 



0.508 1 5„ 

 [2.421756,,] 

 0.5081 3, 



2.004225 



3-° 2 5 7 1 7» 

 2-337 1 14 



1.38267 



3.1 6 1649,, 

 2.713373,, 



0.2159 



2-547735" 

 [3.088629,,] 



0.2291,, 



2.497864 



3.735864,, 



O.I592,, 

 I .80 I 60 

 3.494048 



9.9165, 



'•09559 

 2.817547 



9.6042,, 



8.6890 



2.39697 



A lA (n+ l.—n + l) 

 A { x {ii— \. — n + 1) 

 At.t{n+1.— n— 1) 

 ^Lt.^w— 1.— w— L) 



2.665 283,, 

 2.979659 

 2.979659 

 2.665283,, 



2.030076,, 

 [2.651392] 

 2.768946,, 

 3.223442 



1.81338 



2- 89436l„ 



2.732492 

 [3-564017] 



1.69279 

 3.222225 

 2.8500 1 8, 

 4.301042 



1- 38835 



2- 755683 

 2.237081, 

 4.07 1 460,, 



1 .0 1 820 



2.453889 



i-6755 2 n 

 3.409076, 



0.5856 

 2.180618 

 1.02159, 

 3.001 510, 



0.04 2 1 

 1. 91407 

 9.0257 

 2.66099,, 



-4 .a(w.— n + 2) 

 Ao;£n.-n-2) 



2-839389, 

 [2.52822 i„] 

 2.839387, 



2.700874 

 3.286053,,^ 

 [3.000076,,] 



1.69 142 



3- 2 9455 2 » 



4- 258723,, 



1.24956 



2 -9355 2 °« 

 4.043998 



1.192 14 



2.683990, 

 3-397479 



1. 10889 

 2.442 1 68, 

 3.004198 



0.97 1 1 



2.197017,, 



2.675902 



0.7956 



^9485 l n 

 2.37284 



A .o{n+l.—n + l) + a 

 A . {n^l.-n-l)-o 

 A .o(n+ 1.— n— 

 ^4 .o('«-l--?« + l)-f 



2.425549 

 2-425549 

 2.627^27 

 2.627526 



2.376485 



2.783493" 

 2.968169,, 

 [2.528221] 



i- 999654 

 [2.405930,,] 

 2.288726,, 

 2.8747 1 2 



1-66353 

 2.801835, 

 1.8^2 8 io„ 

 2.582426, 



I-34293 

 2.431972 

 1.48167,, 

 1 .84090, 



1.02940 

 I-65552 



l-1 37 8 7n 



1.36426,, 



°-7!93 

 1. 15706 

 0.8079, 

 0.9651,, 



O.4I 09 

 O.7419 

 0.4854, 

 O.60I I „ 



XXXII a. 



A i .,.?(«+ 



v — n^-s) - 





r.-n+s); 



(199) (201) (216) 









j 2 — 







3 



4 



5 



6 







[1.85548] 



L J JT J 



2. 4^278 



2 . I A. A 2 7 „ 



2.29004, 



1.7862, 



i-3745„ 



1.0032, 





J.i.o(w+l.— n).+a 

 A\.o(n—l.—n) —a 



2-259372,, 



2.2 c;9 74,, 



1. 3981 1 

 2.=; t ;8oi2„ 



3.201449 

 3.Q 3 3040„ 



2.370402 

 3. 1 8 =; 1 1 7, 



1.82327 

 3-4t33 22 



1.32 137 

 2.84683 



0.8035 

 2,44331 





Ao.i[n.—n+ \)-a 

 A .i(n. — n — l) — a 



2-38563 



2. 38 Z 6 3 



O j O 



2.14672 



3.48 ^ Q ^ 



2.20426 

 3.47 3 38 



2.22086 

 3.6 s T.T) 



2.04088 



3- io 3°9k 



1.82 197 

 2.71504,, 



I-5856 



2.38243,. 





A2.dn.-n)— a 

 A2,o\n-2.-n)-a 



[2.96x428] 







[3-40I7I3] 











A 1A (n-l.-n+ l)—a 

 A x .t(n-\.-n-l)-a 





[3.241071,,] 



[3.736874,,] 













Ao.2(n.-n)—a 

 A .2{n.-n-2)-a 



[3-058779] 



[3-456717] 















Ao.o(u - 1 . - 11 - 1 )_a - a 

 Aoo{n-l.-n + l)_S-a 





[3.058781,,] 



[2.930853] 













