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# Title: [Philosophiae Naturalis Principia Mathematica] Philosophiæ Naturalis Principia Mathematica (shelfmark Leibn. Marg. 166)
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D F X R F RE M.
latus paulatim accesta deprehenditur ab
FTalleio. 481, 10
LnX mOtuS de morum inaqualitates a causis
suis derirantur III, 22: P. 421 8 sc99
cardius revolritur Luna Mlatato Orbe, in pe.
rihelio Ferrx; citius in aphelio, contracto
Orbe TII. 22: 421,C
cardius revolritur, dilatato Orbe, in APO∞XI
Sp2roiis cum Sole; citius in Ouadraturis
Axorxi, contracto Orbc 4223 l
cardius revolricur, dilatato Abe, in Syzyoiis
dis contracto Orbe 422, 21
cardius moretur in Guadracunis luis cum Sole.
citius in SyZroiis; et radio ad Terram
rem in priore casu, Maelem in posteriore
III, 22: Tnaegualitas harui searum com
putatur TIL, 26. Odeu insuper habet ma
eis currum et lonsius a Lerra recedit in
Priore casu, minus currunt Habet Orbem
et proxius ad lerrahs deceit in polteriore
TIL, 22. Orbis huss lua a proportio
diametrorum ejus compuco collisitur III.
28. Lt Lubinde propotus mechodus in
Veniendi distantiam Lulla A FCTYA Ex MOtI
ejus horario NII, 27
Apoexum tardius morecus  Aphelio Terra,
Nodi cum Sole; Ctus i Ouadraturis 10.
ducto deseribit areaH pre tempore mino-
relocius in P’erihelio lll, 22. 4213 21
apooxum ubi est MI sons syZyoiis, maxime
Rogrecicur; in Guactraluris rexredicur III.
22: 422, 37
Eccentricitas maxima est in Apoexi Syryeiis
eum 3ole, eta  Cladracuris III, 22.
36
Nodi cardius morentur in Aphelio TCrrxe, ve-
locius in Perihelio fIL. 22: 42L, 21
Nodi quiescunt in 5y2V8IS suis cum Sole, et
velocissime regrediuneur in Ouadraturis
motuum computantur ex Theoria Grari-
tatis TII, 30, 31,32,33
Inclinatio Orbis ad Echpricam maxima est in
Ouadraturis 1,66Cor. 10. Inclinotionis va-
riationes computatte ex Theoria Gravita.
tiS ITI, 34, 37
Lumarium moruum AGuatnes ad ulus AArO.
nomicos p. 421 e le99.
Mocus medii Luna
Aquatio annua 421, 4
Aquatio Pemestris prima 422, L
Aquatio TemestrIS LecundZ 422, 21
Aquatio centri prima 423, 213. P. 191 et
14
Aquatio ceneri secunda 424, 15
Variatio prima TII, 29
Variatio Secutida 425, 3
TTI, 22. Nodorum mocus ee inxqualitates
Syrygiis Nodorum cum Sole, minima in
Tnertiae vis detinitur p. 2
Jovis
distantia a Sole 361, L
Temidiameter apparenS 371, 3
semidiameter vera 371, 14
attractira vis quanta (iF 370, 33
pondus corporum in ejus superkicie 371, 19
den HItaS 372, 37
quantitas MateriX 371, 27
perturbatio a Saturno quanta FIC 375, 33
diametrorum proportio computo extibetur
38F, 27
convertio cireum arem quo cempore ablolvi
Tur 381, 25
cingulae causa subindicatur 444. 32.
Locus detinitur, et distineuitur in absolutum et
relatirum 6, 12
Loca corporum in Sectionibus conicis moto-
rum inveniuntur 2d tempuS aBIgnatuM L
Sect.
Lucis
6
propasatio non est instantanea 207, 5; non
sic per agicationem Mecii alicujus stherei
B42, 36
velocitas in divertis Mediis diversa I, 95
restexio quaedam explicatur L, 96
retractio explicatur I, 94; non sit in puncto
Colum incidentix 207, 29
incurratio proxe corporum terminos Pxpe.
rimentis obserrata 207, 8
L.UNX
corporis figura computo colligitur LII, 38
inde causa patetacta, cur eandem semper fa-
ciem in Terram obrertat 4.32,9
e librationes explicantur III, 17
diameter medioeris apparens 430, 12
diameter vera 43C, 17
pondus corporum in ejus superticie 430, 20
dentitas 430, 15
quantitas materia 430, 19
distantia medioeris a Ferra quot continet
maximas Terrx Semidiametros 430, 25,
quot medioeres 431, 18
parallaxis maxima in lonsitmdinem paulo ma-
jor est quam patallaxis maxima in latitu-
dinem 387, 8
vis ad Mare movendum quanta AC FII, 37;
non sentiri porest in Experimentis pendu-
lorum, vel in Staticis aut Hydroctaticis
quibuscunque 430, L
tempus periodicum 430, 32
rempus rerolutionis (ynodiex 398, L
motus medius cum diurno motu Terrx col.
MOTLS