Wilkins, John, A discovery of a new world : or a discourse tending to prove, that 'tis probable there may be another Habitable World in the Moon ; with a discourse concerning the Probability of a Passage thither; unto which is added, a discourse concerning a New Planet, tending to prove, that 'tis probable our earth is one of the Planets

Page concordance

< >
Scan Original
261 81
262 82
263 83
264 84
265 85
266 86
267 87
268 88
269 89
270 90
271 91
272 92
273 93
274 94
275 95
276 96
277 97
278 98
279 99
280 100
281 101
282 102
283 103
284 104
285 105
286 106
287 107
288 108
289 109
290 110
< >
page |< < (142) of 370 > >|
322142That the Earth may be a Planct. the Equator, in one beating of the Pulſe, muſt
move 2528 of theſe miles.
’Tis the Affertion of Clavius, that 11Commen.
in prim.
cap.Sphær.
the diſtance of the Orbs, and ſo conſe-
quently their ſwiftneſs, ſeem to be altoge-
ther incredible;
yet it is rather far greater
in it ſelf, than Aſtronomers uſually ſuppoſe
it;
and yet (ſaith he) according to the
common Grounds, every Star in the Equa-
tor, muſt move 42398437 {1/2} miles in an hour.
And though a Man ſhould conſtantly travel
40 miles a day, yet he would not be able to
go ſo far as a Star does in one hour, under
2904 Years:
Or if we will ſuppoſe an Ar-
row to be of the ſame ſwiftneſs, then muſt
it compaſs this great Globe of Earth and
Water 1884 times in an hour.
And a Bird
that could but fly as faſt, might go round
the World ſeven times in that ſpace, whilſt
one could ſay, Ave Maria, gratia plena, Do-
minus tecum.
Which though it be a pretty round pace,
yet you muſt conceive that all this is ſpoken
only of the eighth Sphere;
and ſo being
compared to the ſwiftneſs of the Primum
Mobile, is but a ſlow and heavy Motion.
For (ſaith the ſame Author) the thick-
neſs of each Orb is equal to the diſtance of
its concave Superſicies from the Centre of
the Earth.
Thus the Orb of the Moon does
contain as much ſpace in its thicknefs, as
there is betwixt the neareſt part of that
and the Centre.
Thus alſo the eight

Text layer

  • Dictionary

Text normalization

  • Original

Search


  • Exact
  • All forms
  • Fulltext index
  • Morphological index