> Gyroscopes do not jump. They are stationary. Not the same thing at all. <
A stationary version of my argument from post #18. Instead of a jumping man, have a hot air balloon take off on a windless day. Then have that balloon just hold it’s altitude for, say, an hour. The same rotational inertia argument from post #18 would apply.
Regards,
LR
You have offered a second “straw man” argument.
This has NOTHING to do with inertia.
This has EVERYTHING to do with the change in the angle that a portion of the earth would exhibit if it were to rotate. No jumping. No floating. No inertia. Just change in the angle over time.