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A system was designed with 3 capacitors. When the system is first activated all capacitors are operating. The system continues to operate as long as at least 1 capacitor is operating. This is an example of
Suggested Answer: C
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17 comments · newest first
JE
Jesse
23 days ago
Same here! D implies standby, which doesn't apply here.
TR
Trina
28 days ago
I was torn between C and D, but C feels right for this scenario.
VI
Viola
1 month ago
Exactly! They all contribute to the system's function actively.
QU
Quentin
1 month ago
I feel confident about C. All capacitors working together makes sense.
JO
Jose
1 month ago
True, but redundancy usually implies backup, not active operation.
TY
Tyra
2 months ago
But what about A) Redundancy? It seems relevant too.
FR
Frederick
2 months ago
I agree, it fits the description well.
AL
Alberto
2 months ago
I think it's C) An active parallel system.
VE
Vernice
2 months ago
I don't know, seems like a tricky question to me.
GL
Gladys
2 months ago
Totally agree, it's all about having at least one working!
BR
Breana
2 months ago
Wait, are we sure it's not a standby parallel system?
RO
Roslyn
3 months ago
I thought it was redundancy, but I see the parallel aspect now.
TE
Teri
3 months ago
This is definitely an active parallel system!
LE
Lettie
3 months ago
I’m leaning towards option C, but I’m confused about the difference between active and standby systems.
JO
Joanna
3 months ago
This question feels familiar; I practiced one like it where redundancy was key to keeping the system alive.
SO
Son
3 months ago
I'm not entirely sure, but I remember something about active parallel systems having all components working simultaneously.
BU
Buck
4 months ago
I think this might be about redundancy since the system keeps running with just one capacitor.