- #1
Numeriprimi
- 138
- 0
Hello.
In my book with examples of astronomy, I found this: Calculate, around which the known celestial bodies in the solar system (with a diameter greater than 1000 km) do a probe one complete cycle fastest (without the use of engines). Other movements of these bodies is negligible.
If cycle must be fast, it must be a celestial body with small diameter (but greater than 1000 km). It is Tethys (1060 km) or something smaller?
It is true that the circulation period is equal to:
2 * π * (radius of celestial body + height probe above the surface) / speed the probe
It is good?
Sorry for my bad English.
In my book with examples of astronomy, I found this: Calculate, around which the known celestial bodies in the solar system (with a diameter greater than 1000 km) do a probe one complete cycle fastest (without the use of engines). Other movements of these bodies is negligible.
If cycle must be fast, it must be a celestial body with small diameter (but greater than 1000 km). It is Tethys (1060 km) or something smaller?
It is true that the circulation period is equal to:
2 * π * (radius of celestial body + height probe above the surface) / speed the probe
It is good?
Sorry for my bad English.