- #1
Dmstifik8ion
- 206
- 1
As I understand it, the rate of rotation of a body is slowed as a consequence of the grater gravitational attraction on the mass displaced by tidal forces as this displacement is pulled forward by the effected bodies rotation thus acting to provide a counter rotational force until tidal lock is achieved.
If this is correct it implies that an ideal rigid body would be immune to the slowing of its rotation due to tidal forces.
Has my understanding lead me astray from the actual mechanics involved in achieving tidal lock?
If this is correct it implies that an ideal rigid body would be immune to the slowing of its rotation due to tidal forces.
Has my understanding lead me astray from the actual mechanics involved in achieving tidal lock?