API-571 Exam - Topic 1 Question 56 Discussion

Actual exam question for API's API-571 exam

Question #: 56
Topic #: 1

[All API-571 Questions]

Which of the following are susceptible to thermal fatigue?

ASA-516-70

BSA-182 Gr B

CSA-53 Gr B

DAll of the above

Show Suggested Answer

Suggested Answer: B

by Maurine at Aug 23, 2022, 07:18 AM

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Niesha

8 months ago

All of the above sounds right to me!

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Magnolia

8 months ago

I disagree, SA-53 Gr B is more resistant.

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Hollis

8 months ago

SA-182 Gr B? Really? I had no idea!

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Kristel

9 months ago

I think all of them can be affected.

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Miesha

9 months ago

SA-516-70 is definitely susceptible.

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Glennis

9 months ago

I want to say that all of the options could be affected, but I need to double-check my notes on SA-53 Gr B.

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Loren

9 months ago

I feel like SA-182 Gr B is often mentioned in discussions about thermal fatigue, but I can't recall the specifics for the others.

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Erinn

9 months ago

I remember practicing a question like this, and I think all of them can be susceptible, especially under certain conditions.

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Sherell

9 months ago

I think SA-516-70 might be more resistant to thermal fatigue, but I'm not entirely sure about the others.

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Option A sounds like the easiest solution, but I'm not sure if creating a sandbox template is the right way to go here. I might lean more towards manually restricting access for each profile, just to be safe.

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Bettina

9 months ago

Okay, I've got this. The key is to make sure I have enough space for the backup. Option C looks like the best choice - using a storage pool with multiple devices should give me the flexibility I need.

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Micah

9 months ago

This seems like a straightforward stakeholder management question. I'd focus on identifying the key stakeholders and their concerns, then aligning the architecture viewpoints to address those.

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Yolande

9 months ago

This reminds me of a practice question where we had to check for network reachability. So maybe restoring network reachability is also an option?

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Fernanda

1 year ago

I'm going with D. I mean, who doesn't love a good game of 'Thermal Fatigue Roulette'? It's like playing with fire, but with steel!

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Catarina

1 year ago

Ah, the age-old question of thermal fatigue. I bet the engineers who designed these materials were real 'hot-heads' about it. *chuckles*

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In

1 year ago

C) SA-53 Gr B is susceptible to thermal fatigue.

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Luann

1 year ago

B) SA-182 Gr B is susceptible to thermal fatigue.

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Monte

1 year ago

A) SA-516-70 is susceptible to thermal fatigue.

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Fletcher

1 year ago

D, definitely D. These are all steel alloys, and steel is known to be susceptible to thermal fatigue when exposed to rapid temperature changes. Easy peasy!

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Temeka

1 year ago

D, definitely D. These are all steel alloys, and steel is known to be susceptible to thermal fatigue when exposed to rapid temperature changes. Easy peasy!

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Kanisha

1 year ago

Yes, steel alloys are indeed susceptible to thermal fatigue.

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Margret

1 year ago

D) All of the above

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Rosalyn

1 year ago

C) SA-53 Gr B

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Sheridan

1 year ago

B) SA-182 Gr B

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Lavera

1 year ago

A) SA-516-70

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Lizbeth

1 year ago

Hmm, I'm not sure about this one. I'll have to double-check the properties of these materials to make sure I understand which ones are actually prone to thermal fatigue.

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Elliott

1 year ago

That makes sense. I'll have to look into the properties of these materials to confirm.

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Lyla

1 year ago

I think it's D) All of the above because all these materials are susceptible to thermal fatigue.

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Zena

1 year ago

D) All of the above

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Davida

1 year ago

C) SA-53 Gr B

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Dwight

1 year ago

B) SA-182 Gr B

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Kiera

1 year ago

A) SA-516-70

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Tony

1 year ago

I think the correct answer is D. All of the above. These materials are all susceptible to thermal fatigue due to their composition and how they're used.

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