Tabelle IV. 
A e t h 7 1 - b r o m i d 
Brechin^sexponeuten. 
t 
be¬ 
obachtet 
IK 
be¬ 
rechnet 
z/ 
t 
be¬ 
obachtet 
la 
be¬ 
rechnet 
z/ 
t 
le- 
oba3btet 
ID 
be- 
i rechnet 
1 
z1 
t 
be- 
obachtel 
iiß 
be¬ 
rechnet 
z/ 
t 
be- 
obachtei 
1 be- 
: rechnet 
J 
31.3 
1.411194 
1.411229 
-35 
31.0 
1.414 194 
1.414 204 
— IC 
32.4 
1.416 017 
1.416 05^ 
:—37 
30.^ 
1.423 50( 
) 1.423 50{ 
) — ( 
; 30.( 
i 
;'1.429 07) 
11.429 04^ 
( +27 
30.4 
1.411 740 
1.411 785 
-45 
30.2 
1.414 733 
1.414 708 
+25 
31.7 
1.416 453 
1.416 495 
.—42 
29.8 
1.424 07c 
1.424 15( 
)-ll 
) 29.f 
) 1.429 70c 
) 1.429 76^ 
—59 
28.2 
1.413 130 
1.413 142 
-12 
29.0 
1.415 455 
1.415 463 
— 8 
30.8 
1.417 018 
1.417 062 
—44 
28.5 
1.424 98£ 
1.424 98^ 
] - ^ 
) 28.C 
^.430 481 
’ 1.430 54c 
)—58 
27.2 
1.413 740 
1.413 759 
—19 
28.0 
1.416 113 
1.416 093 
+ 20 
30.0 
1.417 515 
1.417 566 
—5; 
27.7 
1.425 51C 
1.425 50£ 
+ 1 
27.^ 
11.431171 
1.431132 
+39 
26.1 
1.414 385 
1.414 438 
-53 
27.0 
1.416 695 
1.416 723 
-28 
29.2 
1.418 063 
1.418 069 
— 6 
26.8 
1.426 139 
1.426 082 
+ 57 
j 26.c 
1.431 679 
1.431 718 
-39 
25.3 
1.414 910 
1.414 931 
—21 
26.0 
1.417 352 
1.417 352 
0 
28.4 
1.418 5901.418 573 
+ 17 
25.8 
1.426 747 
1.426 726 
+21 
1 25.6 
1.432 261 
1.432 304 
-43 
24.4 
1.415 554 
1.415 486 
+ 68 
25.0 
1.417 968 
1.417 982 
| —14 
27.0 
1.419 453!i.419 455 
_ 2 
24.9 
1.427 336 
1.427 306 
+ 30 
24.6 
1.432 971 
1.432 956 
+15 
23.1 
1.416 351 
1.416 288 
+ 63 
24.0 
1.418 617 
1.418 612 
+ 5 
25.8 
1.42) 231 
1.420 211 
+ 20 
23.7 
1.428 112 
1.428 076 
+33 
23.6 
1.433 593 
1.433 607 
-14 
21.9 
1.417 049 
1.417 029 
+ 20 
23.1 
1.419 181 
1.419 178 
+ 3 
25.0 
1.42) 733 
1.420 715 
+ 18 
22.9 
1.428 639 
1.428 954 
+45 
22.7 
+.434 165 
1.434 193 
—28 
20.5 
1.417 937 
1.417 893 
+ 44 
22.0 
1.419 891 
1.419 871 
+ 20 
24.2 
1.42L 286 
1.421 219 
+ 67 
21.8 
1.429 310 
1.429 302 
+ 8 
21.5 
1.435 005 
1.434 975 
+30 
19.7 
1.418 419 
1.418 386 
+ 33 
21.0 
1.420 533 
1.420 501 
+ 32 
22.8 
1.422 161 
1.422 101 
+ 60 
20.9 
1.429 934 
1.429 882 
+ 52 
20.8 
1.435 498 
1.435 431 
+ 67 
17.9 
1.419 531 
1.419 497 
+ 34 
19.9 
1.421 22511.421193 
+ 32 
21.6 
1.422 903 
1.422 857 
+ 46 
19.6 
1.430 699 
1.430 719 
-20 
19.2 
1.436 455 
1.436 473 
—18 
16.6 
1.420 275 
1.420 299 
—24 
19.0 
1.421 765 
1.421 760 
+ 5 
20.3 
1.423 771 
1.423 676 
+ 95 
18.8 
1.431 238 
1.431 234 
+ 4 
18.6 
1.436 827 
1.436 864 
—37 
14.1 
1.421 832 
1.421 841 
— 9 
18.1 
1.422 324 
1.422 327 
— 3 
19.4 
1.421285 
1.424 243 
+ 42 
17.8 
1.431 830 
1.431 878 
-481 
17.6 
1.437 491 
1.437 516 
-25 
13.1 
1.422 483 
1.422 458 
+25 
17.0 
1.422 944 
1.423 019 
—75 
18.2 
1.425 023 
1.424 999 
+ 24 
16.8 
1.432 487 
1.432 522 
—35 
16.7 
1.438 052 
1.438 102 
—50 
11.9 
1.423 246 
1.423 198 
—18 
16.0 
1.423 611 
1.423 649 
-38 
17.3 
1.425 554 
1.425 566 
-12 
15.811.433113 
1.433 166 
-53 
15.6 
1.438 795 
1.438 819 
—24 
10.8 
1.423 859 
1.423 877 
—30 
15.0 
1.424 231 
1.424 279 
—48 
16.5 
1.42(i 045 1.426 070 
—25 
14.9 
1.433 711 
1.433 746 
-35 
13.9j 
1.439 919l 1.439 9261 
— 7 
9.6, 
1.424 587 
1.424 617 
—22 
14.1 
1.424 861 
1.424 846 
+15 
14.6 
1.427 234 
1.427 267 
-33 
14.0 
1.434 303 
1.434 325 
— 22] 
12.6! 
1.440 826!i.440 773: 
+ 53 
8.6 
1.425 212 
1.425 234 
—20 
12.9 
1.425 625 
1.425 601 
+24 
13.6 
1.42? 812 
1.427 897 
-85 
12.7 
1.435 203 
1.435 162 
+41 
' 1 \ 
11 A 1 /L/L1 ^Q1 1 /I 11 
4- 26 
7.4 
1.425 957 
1.425 975 
—11 
12.Oj 
1.426 112,11.426 168| 
-56 
12.8 
1.428 389 
1.428 401 
-12 
11.9 
1.435 673 
1.435 678 
— 5 
10.4 
1.442 290 1.442 206; 
r OD 
+84 
6.2 
1.426 704 
1.426 716 
—27 
11.0 
1.426 859 
1.426 798 
+ 61 
11.7! 
1 
1.4i29 007 j 1.429 094 
—27 
10.2 
1.436 797 
1.436 772! 
+ 25 
9.4 
1.442 861 
1.442 857 
+ 4 
5.2 
1.427 305 
1.427 332 
+48 
9.9 
1.427 532 
1.427 490 
+42 
10.6 
l.m 7861.429 787 
— 1 
9.2; 
1.437 441 
1.437 416j 
+ 25| 
8.6 
1.443 341 
1.443 379 
-j— ^ 
—38 
9.0 
1.428 075 
1.428 057 
+ 18 
9.5 
1.430 453,1.430 479 
—26 
8.2: 
1.438 058 
1.438 060|- 
_ b 
7.5 
1.444182 : 
1.444 095 
+ 87 
i 
8.0 1.428 676; 
1.428 687 
-11 
8,811.430 9081.430 920 
-12 
7.2; 
1.438 674 
i;.438 704 
-30 
7.0 
1.429 303)1.429 316 
-13 
7.6 
1.431 665 
L.431 676 
-11 
i 
1 
6.5: 
1.432 383; 
L.432 369 
+ 14 
1 
4- 
5.6; 
L.432 961 ; 
L432 9361 + 25 
( 
j 
1 
i;=1.430540-0,00061095*1,‘4=1-433724-0,00062968t |^<^=1.4334(M-0,00062995 =1,443341-0,00064398t|,«‘=1.448981-0,00065144« 
t 
t 
beobachtet 
l 
berechnet 
15.0 
1.46576 
1.465 76 
0 
18.0 
1.45967 
1.459 63 
+4 
21.0 
1.45349 
1.453 49 
0 
240 
1.447 33 
1.447 36 
—3 
27.0 
1.44122 
1.441 22 
0 
<4= 1.496439- 0,0020450* +0*3 
