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In general, the resistance of carbon steel and other alloys to High temperature corrosion is determined by the ________ content of the material.
Suggested Answer: B
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47 comments · newest first
MA
Marvel
10 months ago
Nope, it's all about chromium for corrosion resistance.
GR
Graham
10 months ago
Wait, carbon affects high temp corrosion? That's surprising!
VE
Venita
11 months ago
All of the above makes sense too.
TH
Theola
11 months ago
I thought it was molybdenum?
KI
Kimberely
11 months ago
Definitely chromium content!
SA
Samira
11 months ago
I remember discussing how all these elements contribute to resistance, but I’m leaning towards chromium being the key one.
WA
Wade
12 months ago
I recall a practice question that mentioned carbon content affecting corrosion, but I’m not confident it’s the main factor here.
TO
Tonette
12 months ago
I’m not entirely sure, but I feel like molybdenum also plays a role in high-temperature corrosion.
ER
Ernestine
12 months ago
I think the answer might be chromium, since I remember it being important for corrosion resistance in high temperatures.
AL
Aleisha
12 months ago
I've got a good feeling about this one. Chromium is the key alloying element that provides oxidation and corrosion resistance at high temperatures. I'm confident that's the right answer here.
LO
Loise
12 months ago
Okay, let me think this through step-by-step. Carbon steel and other alloys need certain elements to resist high-temp corrosion. Chromium is one that comes to mind, but I'm not 100% sure if that's the only factor. I'll have to review my notes on this topic.
AL
Alpha
12 months ago
Hmm, I'm a little unsure about this one. I know chromium is important for corrosion resistance, but I can't remember if it's specifically for high-temperature corrosion. I'll have to think this through carefully.
PA
Patti
1 year ago
This one seems pretty straightforward. I'm pretty sure the answer is chromium, since that's a key alloying element that improves high-temperature corrosion resistance.
EL
Elenora
1 year ago
I'm a bit confused by this question. Is it asking about the specific element that determines the resistance, or is it asking about all the factors that contribute to high-temp corrosion resistance? I want to make sure I understand what they're looking for before I answer.
GE
Geraldine
1 year ago
Alright, I've got this. The key is to understand the relationship between the device template, the appliance configuration, and the controller's configuration. I think I know the right steps to take.
MO
Moon
1 year ago
This seems like a straightforward question about the importance of the project scope statement in the qualitative risk analysis process. I'm confident I can apply my understanding of project management concepts to select the correct answer.
JU
Judy
1 year ago
Wait, is this a pop quiz on the periodic table? I thought this was an engineering exam, not chemistry class!
SO
Solange
1 year ago
D) All of the above
GE
Germaine
1 year ago
C) Carbon
TE
Terrilyn
1 year ago
B) Chromium
ZO
Zona
1 year ago
A) Molybdenum
SH
Sharmaine
1 year ago
I hope the correct answer isn't C) Carbon. That would be too obvious, even for a corrosion exam.
ME
Melodie
1 year ago
User 3: I'm going with D) All of the above, just to be safe.
AS
Ashlyn
1 year ago
User 2: I agree, chromium is known for its resistance to high temperature corrosion.
DA
Dana
1 year ago
User 1: I think the answer is B) Chromium.
TU
Tu
1 year ago
Hold on, isn't Molybdenum also a key alloying element for resisting high-temp corrosion? I'm going with D) just to be safe.
JO
Jovita
1 year ago
I agree, I'm going with D) All of the above too.
BI
Billy
1 year ago
Yeah, that's true. But don't forget about Chromium and Carbon as well.
AL
Alexia
1 year ago
I think you're right, Molybdenum does play a key role in resisting high-temp corrosion.
CH
Charisse
1 year ago
D) All of the above? That's a bit too convenient. I bet the engineers who wrote this exam are trying to trick us.
JU
Justine
1 year ago
C) Carbon
EL
Eladia
1 year ago
B) Chromium
JE
Jettie
1 year ago
A) Molybdenum
DA
Daren
1 year ago
I believe it's D) All of the above, as all these elements contribute to the resistance of carbon steel to high temperature corrosion.
RO
Royce
1 year ago
I agree with German, Chromium is known for its high temperature corrosion resistance.
GE
German
1 year ago
I think it's B) Chromium.
CE
Celestine
1 year ago
I'm not sure, but I think it might be D) All of the above because all these elements can contribute to corrosion resistance.
SH
Shannan
1 year ago
I agree with Trina. Chromium helps improve resistance to high temperature corrosion.
AR
Arlyne
1 year ago
Wait, is it really that simple? I'm going to have to think this through a bit more. Could it be all of the above?
VI
Virgie
1 year ago
I'm not sure, but I think it could be all of the above.
VE
Venita
1 year ago
I think it's Chromium.
DO
Donte
1 year ago
Hmm, the correct answer must be B) Chromium. Chromium is a key element that forms a protective oxide layer to resist high-temperature corrosion.
CA
Carry
1 year ago
That's correct, Chromium is a crucial element in alloy materials for this reason.
JA
Janella
1 year ago
So, the higher the Chromium content, the better the resistance to high temperatures.
BR
Brandon
1 year ago
Yes, Chromium forms a protective layer that helps prevent corrosion.
MA
Ma
1 year ago
I think you're right, Chromium is essential for resisting high-temperature corrosion.
TR
Trina
2 years ago
I think it's B) Chromium.