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ACSM 010-111 Exam - Topic 2 Question 45 Discussion

Actual exam question for ACSM's 010-111 exam
Question #: 45
Topic #: 2
[All 010-111 Questions]

What happens to the muscle during isometric tension development?

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Suggested Answer: A

by Bette at Dec 24, 2023, 10:29 AM

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Jerry
6 months ago
I thought isometric meant the muscle would shorten.
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Silvana
6 months ago
Yeah, option C is definitely correct!
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Nydia
7 months ago
Wait, is it really true that there's no length change?
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Suzi
7 months ago
Totally agree, it's all about maintaining tension!
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Daren
7 months ago
The muscle doesn't change length during isometric tension.
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Dannie
7 months ago
I’m a bit confused; I thought isometric could also mean some kind of relaxation, but that doesn’t seem right for this question.
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Lashaun
7 months ago
I practiced a question like this before, and I think isometric means the muscle stays the same length, so I would go with C too.
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Annelle
7 months ago
I remember something about muscles contracting without moving, but I'm not completely sure if that's the same as isometric.
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Franchesca
8 months ago
I think isometric tension means the muscle doesn't change length, so maybe it's C?
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Dean
8 months ago
Wait, is it B? I'm second-guessing myself now. Isometric... isn't that when the muscle lengthens? Or is that eccentric contraction? Ugh, muscle physiology is tricky, I need to review this topic again.
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Monroe
8 months ago
Hmm, I'm a little unsure about this one. I know isometric means the muscle doesn't change length, but I can't remember if that's during contraction or just in general. Let me think this through...
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Anabel
8 months ago
I'm pretty sure the answer is C - no change in the length of the muscle during isometric tension. That's what isometric means, right?
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Trina
8 months ago
Okay, I've got this. During isometric tension, the muscle contracts but doesn't shorten or lengthen. The muscle fibers generate force, but the overall length of the muscle stays the same. I'm confident C is the right answer.
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Alisha
8 months ago
Ah, I see now. The passive-interface command is the correct answer here. It will effectively shut down OSPF on the specified interface, which is exactly what we need to prevent the OSPF hellos from being sent. Nice and straightforward once you understand the concept.
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Alison
8 months ago
Okay, I've got this. It's gotta be a mutual organisation - that fits the description perfectly.
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James
8 months ago
Okay, let's think this through step-by-step. The question says the traffic arriving at PE1 has a dot1p value of 4, and we need to find the EXP value at PE2 based on the network policies shown.
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Kimbery
1 year ago
Isometric, the muscle doesn't move a muscle. Get it? Haha, sorry, bad joke. But C is the answer.
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Luisa
1 year ago
Isometric tension, that's when the muscle becomes a rock. Might as well be a statue, am I right?
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Nan
1 year ago
Easy peasy, isometric means no change in length. C is the way to go.
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Rikki
11 months ago
User 3: That makes sense, thanks for the clarification.
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Terry
11 months ago
Exactly, it's all about generating tension without changing length.
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Harrison
11 months ago
User 2: So, the answer is C) No change in the length of the muscle.
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Pa
11 months ago
So the muscle stays the same length throughout the contraction.
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Sol
11 months ago
User 1: Isometric tension means no change in length.
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Remedios
11 months ago
That's correct, isometric contractions don't involve any movement.
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Micaela
12 months ago
C) No change in the length of the muscle
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Ira
1 year ago
Ah, isometric tension, the muscle doesn't budge an inch. Gotta be C, my dude.
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Olive
11 months ago
Isometric tension is all about that constant length. Definitely C, no change in the muscle length.
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Pete
11 months ago
Yeah, that's correct. The muscle doesn't shorten or lengthen, it just stays the same. C is the answer.
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Rosann
12 months ago
I think you're right, the muscle stays the same length during isometric tension. C it is.
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Peggie
1 year ago
I believe the muscle doesn't change length because the force generated is equal to the force opposing it.
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Ettie
1 year ago
I agree with Kristofer, during isometric tension development, the muscle stays the same length.
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Kristofer
1 year ago
I think the answer is C) No change in the length of the muscle.
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Jonelle
1 year ago
I disagree, I believe the muscle relaxes during isometric tension development.
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Kizzy
1 year ago
Isometric tension, that's when the muscle stays the same length, right? I'll go with C on this one.
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Una
1 year ago
That's right, during isometric tension development, the muscle length remains the same.
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Karl
1 year ago
Exactly, the muscle remains the same length while developing isometric tension.
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Mauricio
1 year ago
Yes, you're correct. Isometric tension means no change in muscle length.
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Moon
1 year ago
That's right, there is no change in the length of the muscle during isometric tension.
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Corinne
1 year ago
Yes, you're correct! Isometric tension does not change the length of the muscle.
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Ardella
1 year ago
That's right, there is no shortening or lengthening of the muscle during isometric tension.
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Maddie
1 year ago
So, during isometric tension development, the muscle stays the same length.
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Nada
1 year ago
Yes, you're correct! Isometric tension means no change in muscle length.
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Celeste
1 year ago
I agree with Alona, there is no change in the length of the muscle during isometric tension development.
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Alona
1 year ago
I think the muscle stays the same length.
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Dulce
1 year ago
Hmm, this one's tricky. I'd say the muscle doesn't change length during isometric tension, so I'm going with C.
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