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Dell EMC D-NWG-FN-23 Exam - Topic 3 Question 38 Discussion

A network administrator is designing a Layer 2 topology and requires separate spanning-tree roots to avoid having a given port blocked for all instances. Which spanning-tree protocols will meet this need?
B) RSTP-PV & MSTP
A) STP & RSTP
C) STP & RSTP-PV
D) RSTP & MSTP

Dell EMC D-NWG-FN-23 Exam - Topic 3 Question 38 Discussion

Actual exam question for Dell EMC's D-NWG-FN-23 exam
Question #: 38
Topic #: 3
[All D-NWG-FN-23 Questions]

A network administrator is designing a Layer 2 topology and requires separate spanning-tree roots to avoid having a given port blocked for all instances. Which spanning-tree protocols will meet this need?

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Suggested Answer: B

by Rory at Jul 31, 2025, 10:24 PM

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Bernadine
8 months ago
Totally agree, RSTP and MSTP are the way to go!
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Brett
9 months ago
Wait, can STP really handle separate roots?
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Natalya
9 months ago
Not sure about that, isn't MSTP a bit complex for simple setups?
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Christa
9 months ago
I think RSTP and MSTP are the best options here.
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Wenona
9 months ago
STP and RSTP can definitely help with that.
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Vince
9 months ago
I'm a bit confused about STP and RSTP together; I thought they were more about single instances rather than separate roots.
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Hoa
10 months ago
I practiced a question similar to this, and I feel like RSTP and MSTP were the right combo for handling multiple roots.
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Shenika
10 months ago
I think MSTP allows for separate spanning-tree instances, which might be what we need here.
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Darnell
10 months ago
I remember that RSTP is faster than STP, but I'm not sure if it can handle multiple instances like MSTP does.
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Ming
10 months ago
I'm leaning towards C - STP and RSTP-PV. RSTP-PV can provide the separate spanning-tree roots, and STP is a more basic spanning-tree protocol that's widely used. But I'm not 100% sure, so I'll have to think it through a bit more.
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Mona
10 months ago
Okay, I've got this. The key here is that we need separate spanning-tree roots, so that rules out just using STP and RSTP. B is the right answer - RSTP-PV and MSTP can both create multiple spanning-tree instances to avoid a single blocked port.
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Winifred
11 months ago
Hmm, I'm a bit unsure about this one. I know STP and RSTP are common spanning-tree protocols, but I'm not as familiar with RSTP-PV and MSTP. I'll need to review those a bit more to be confident in my answer.
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Keneth
11 months ago
I think the answer is B - RSTP-PV and MSTP. RSTP-PV allows for separate spanning-tree roots, and MSTP can create multiple spanning-tree instances to avoid having a port blocked for all instances.
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Gail
11 months ago
I'm not sure, but I think D) RSTP & MSTP could also work because they are both advanced spanning-tree protocols.
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Marguerita
11 months ago
I agree with Margarita, because STP and RSTP are both Layer 2 protocols that can be used to create separate spanning-tree roots.
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Margarita
11 months ago
I think the answer is A) STP & RSTP.
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Ernestine
1 year ago
RSTP and MSTP definitely seem like the way to go here. Gotta have those separate spanning-tree roots, you know?
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Rebbecca
11 months ago
A) STP & RSTP
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Becky
11 months ago
A) STP & RSTP
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