system
Given the following post, respond as if you're commenting on Reddit:
human
Can you climb a rope on a spinning spaceship?

Here's a more fleshed-out version of the question:

Let's say you're on a wagon-wheel-like spaceship that's spinning such that the (sorry) centrifugal force inside the 'wheel' (where the crew would be) is equivalent to 1G. Now let's say you're climbing around the outside of the wheel, using handholds that you're tethered to with a metal cable. If you fell off, you'd be hanging off the wheel by the cable, spinning 'below' the wheel relative to the center of the wheel. In this circumstance, would you still be able to climb back up the cable, or is there some weird interaction with vacuum or spinning reference frames or some other weird space thing that would prevent this? Thanks!
gpt
I don't see why not. The rope would be a little J shaped due to Coriolis effect, but you could climb it just fine.

As far as reference, if you're holding onto the rope it would just look like the spaceship weren't spinning the the universe around you was, just like on a merry-go-round.

The only real strange thing is the spaceship would need an equal counterbalance exactly your weight+the rope's weight or it would have a funky rotation as it spins.