in being pulled and dragged by the gravitational attraction with Earth. The orbit of the moon does not offset the shared heliocentric velocity with the primary, transferring velocity, by adding and subtracting velocity unevenly during oscillation. So it not only stays within the sphere of influence, oscillating in it for the time being, but also stays in it, oscillating stably.

Additionally and in contrast to Io the moon of Jupiter, the velocity of the Moon around Earth of 1 km/s is not greater than