Q: 5
Which of the following is the best way to reduce the likelihood of electrostatic discharge?
Options
Discussion
Option D makes sense here. Proper temperature and humidity control helps prevent static buildup in the air, which is what usually causes ESD problems, especially in server rooms or data centers. A, B and C are about power management, not static. Pretty sure D is the best pick for overall ESD risk reduction but open if someone thinks otherwise.
I don’t think it’s D, I’d pick B. Surge protectors are for electrical issues and that feels like ESD protection compared to just humidity. Maybe D is more indirect but surge protection is what I think of first. Static electricity is an electrical problem, right?
D is the best call since keeping humidity up lowers static buildup, which is exactly what causes ESD. Surge protectors (B) are all about stopping voltage spikes, not static issues. Pretty sure it's D but open to other takes if someone has a different experience.
Probably D here. Humidity control actually reduces static charges, which stops ESD. B is more about power surges, not static.
It's D here. Humidity control directly affects static buildup, so keeping moisture up actually prevents ESD issues. B looks tempting but that's more about surges, not static discharge. Anyone disagree or see another angle?
B tbh, since a surge protector helps prevent some sudden current spikes, which I thought could include ESD. Saw similar logic in older practice sets, but not sure it's right for this one.
Likely D, saw similar in official guide and labs about humidity control for ESD.
D for this one. Humidity control actually stops static from building in the first place, which is what ends ESD risk.
For me, B makes sense here since surge protectors deal with electrical issues, and ESD is about electricity. Maybe I'm missing something but that's how it sounds to me. Anyone else agree?
D , surge protectors like B are for voltage spikes not static. D cuts down ESD risks best.
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