- 10,687
- 6,336
Lets see:
The Galaxy has a diameter of 557 Pixels and the image has a height of 410 Pixels. (His scailing looks a bit off. I may have to re-do it).
2atan(tan(70/2)*(557/410)) = 1.143859691914 Radians
1.143859691914├ù180┬░/¤Ç = 65.538332702┬░ Degrees
The Milky way has a diameter of 100,000 LY, or 9.46073e+20 Meters.
Plugging these into the Angsizing calculator: 7.3488e+20 Meters
7.3488e+20 Meters / 14 Seconds = 5.24914286 × 10^19 m/s
175,088,154,103c
The Galaxy has a diameter of 557 Pixels and the image has a height of 410 Pixels. (His scailing looks a bit off. I may have to re-do it).
2atan(tan(70/2)*(557/410)) = 1.143859691914 Radians
1.143859691914├ù180┬░/¤Ç = 65.538332702┬░ Degrees
The Milky way has a diameter of 100,000 LY, or 9.46073e+20 Meters.
Plugging these into the Angsizing calculator: 7.3488e+20 Meters
7.3488e+20 Meters / 14 Seconds = 5.24914286 × 10^19 m/s
175,088,154,103c