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APC Exam DU0-001 Topic 3 Question 99 Discussion

Actual exam question for APC's DU0-001 exam

Question #: 99
Topic #: 3

[All DU0-001 Questions]

Which UPS configuration presents the fewest single points of failure?

ASystem + system

BParallel redundant

CIsolated redundant

DDistributed redundant

Show Suggested Answer

Suggested Answer: A, B, E

by Therese at Sep 16, 2024, 04:33 AM

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Edda

3 months ago

I'm going with C) Isolated redundant. It may not be the most redundant, but at least I won't have to worry about my UPS system becoming self-aware and taking over the world.

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Blondell

3 months ago

D) Distributed redundant, definitely. Anything else would be like putting all your eggs in one basket, and we all know what happens when that basket falls...

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Arlette

1 months ago

D) Distributed redundant, definitely. Anything else would be like putting all your eggs in one basket, and we all know what happens when that basket falls...

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Art

2 months ago

Distributed redundant, definitely. Anything else would be like putting all your eggs in one basket, and we all know what happens when that basket falls...

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Carey

2 months ago

D) Distributed redundant

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Fabiola

2 months ago

C) Isolated redundant

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Tracey

2 months ago

D) Distributed redundant

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Linwood

2 months ago

C) Isolated redundant

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Lynsey

2 months ago

B) Parallel redundant

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Tuyet

2 months ago

A) System + system

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Tori

2 months ago

B) Parallel redundant

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Alton

2 months ago

A) System + system

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Allene

4 months ago

Hmm, I'm not sure about this one. I'll have to think it through a bit more. Maybe I should have paid more attention in that UPS lecture.

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Kizzy

2 months ago

D) Distributed redundant

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Deja

2 months ago

C) Isolated redundant

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Dacia

2 months ago

B) Parallel redundant

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Rolande

3 months ago

A) System + system

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Aaron

4 months ago

B) Parallel redundant seems like the best option to me. It provides redundancy without the complexity of a distributed system.

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Keneth

3 months ago

I think isolated redundant could also be a good option, as it provides a level of isolation for each component.

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Dominga

4 months ago

I agree, parallel redundant is a good choice for minimizing single points of failure.

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Allene

4 months ago

I think the correct answer is D) Distributed redundant. This configuration has the most redundancy and the fewest single points of failure.

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Rasheeda

3 months ago

System + system, A) System + system, might not be as reliable as the other options mentioned.

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Loreta

3 months ago

C) Isolated redundant might work too, but it may not offer as much redundancy as D) Distributed redundant.

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Tonja

3 months ago

I think B) Parallel redundant could also be a good choice, as it provides redundancy as well.

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Dean

3 months ago

I agree, D) Distributed redundant is the best option for minimizing single points of failure.

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Merilyn

4 months ago

I'm not sure, but I think distributed redundant could also be a good option to minimize single points of failure.

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Skye

4 months ago

I agree with Gregg, having isolated redundant configuration minimizes single points of failure.

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Gregg

5 months ago

I think the answer is C) Isolated redundant.

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