Part, §

 1 Text,  10|        standard a distance 400,000 times that of the sun from
 2 Text,  10|   spheres, having a radius 400,000 times the sun's distance.
 3 Text,  11|     suppose that there are 125,000,000 stars in the heavens.
 4 Text,  11| suppose that there are 125,000,000 stars in the heavens. This
 5 Text,  11|   within a volume equal to 125,000,000 times the sphere we
 6 Text,  11|        volume equal to 125,000,000 times the sphere we have
 7 Text,  11|       found by multiplying 400,000 times the distance of the
 8 Text,  11|   region whose boundary is 200,000,000 times the distance of
 9 Text,  11|      whose boundary is 200,000,000 times the distance of the
10 Text,  12|      eight times as many, or 1,000,000,000. Then we should
11 Text,  12|        times as many, or 1,000,000,000. Then we should have
12 Text,  12|    times as many, or 1,000,000,000. Then we should have to
13 Text,  14|  proposed, having a radius 800,000 times the distance of the
14 Text,  14|     therefore a diameter 1,600,000 times this distance, would,
15 Text,  16|       of England. But out of 3,000 stars which he determined,
16 Text,  16|  should have observations of 1,000,000 of these bodies made
17 Text,  16|     have observations of 1,000,000 of these bodies made at
18 Text,  16|      at a distance between 100,000,000 and 200,000,000 times
19 Text,  16|       distance between 100,000,000 and 200,000,000 times the
20 Text,  16|    between 100,000,000 and 200,000,000 times the distance of
21 Text,  16|        100,000,000 and 200,000,000 times the distance of the
22 Text,  16|       to be much more than 200,000,000 times the distance of
23 Text,  16|      be much more than 200,000,000 times the distance of the