Full text: Theoria motus corporum coelestium in sectionibus conicis solem ambientium (7. Band)

RELATIONES Al) LOCUM SIMPLICEM IN ORBITA SPECTANTES. 
31 
Exemplum. Sit e — 1,2618821 sive <[) = 37° 35' 0 ', v ==z 18° 51 0 , logr 
= 0,0333585. Tum calculus pro «i, p, ?>, iV, t ita se habet: 
log COS 1 (v <])) • • • 
log COS (v -f- . . . 
log ? - 
log 2 e 
9,9941706 j 
9,9450577 \ 
0,0333585 
0,4020488 
hinc logw .... 
u 
uu 
. . 0,0491129 
= 1,1197289 
= 1,2537928 
io SP 
0,3746356 
log cotang c|> 2 .... 
0,2274244 
Io gt> 
0,6020600 
Calculus 
alter 
lo §v 
9,4312985 
log(uu—l) . . . 
. . 9,4044793 
log sin V 
9,5093258 
Compì, log w . . . 
. . 9,9508871 
lo g x 
9,6377843 
logX 
. . 9,6377843 
Compì, log sin <]) . . . 
0,2147309 
lo gie 
. . 9,7999888 
8,793 i 395 
8,7931 395 
Pars prima ipsius N— 
0,0621069 
log «i = 
0,0491129 
N = 
0,0129940 
log N 
. . 8,1 137429 
log \h 
-|Tog/> 
7,8733658 j 
0,9030900 ( 
Differentia .... 
. . 6,9702758 
logi 
. . 1,1434671 
t =■ 
13,91448 
24. 
Si calculum per logarlthmos hyperbolicos exsequi constitutum est, quantitate 
auxiliari F uti praestat, quae per aequ. III. determinabitur, atque inde N per XI.; 
semiparameter e radio vectore, vel vicissim hic ex illo per formulam VIII. computa 
bitur ; pars secunda ipsius N duplici si lubet modo erui potest, scii, per formulam 
log hyp tang (4 5 °-j- { F), et per hanc log hyp cos { (v — cp) — log hyp cos \ [v + <p). 
Ceterum patet, quantitatem N hic ubi X=1 in ratione 1:X maiorem evadere, 
quam si logarithmi BinGoici adhibeantur. Ecce exemplum nostrum hoc modo 
tractatum;
	        
Waiting...

Note to user

Dear user,

In response to current developments in the web technology used by the Goobi viewer, the software no longer supports your browser.

Please use one of the following browsers to display this page correctly.

Thank you.