I have very limited knowledge about this, but I'll put in my two cents for a couple of your questions.
1) & 6) It is my understanding that CD players have some level of error correction that is used when playing music. Essentially, this is the what keeps things from skipping during a shock event. I believe that this applies to rips using certain software, but there is software that yields a bit for bit perfect rip. I'm not sure if it handles it as data rather than audio.
Assuming that you have software that always results in bit for bit perfection then vibrations, power conditioning and other audiophile concerns would not apply. If you're using software that can result in some error corrections, then I'd suspect that large vibrations would have a negative impact, but not much else.
1) & 6) It is my understanding that CD players have some level of error correction that is used when playing music. Essentially, this is the what keeps things from skipping during a shock event. I believe that this applies to rips using certain software, but there is software that yields a bit for bit perfect rip. I'm not sure if it handles it as data rather than audio.
Assuming that you have software that always results in bit for bit perfection then vibrations, power conditioning and other audiophile concerns would not apply. If you're using software that can result in some error corrections, then I'd suspect that large vibrations would have a negative impact, but not much else.