Nokia 4A0-C02 Exam - Topic 3 Question 88 Discussion

Actual exam question for Nokia's 4A0-C02 exam

Question #: 88
Topic #: 3

Click the exhibit button below. Given the slope-policy (below), which of the following statements are TRUE? (Choose two)

AAll out-of-profile traffic will be dropped before that of any in-profile traffic.

BThe discard probability slope of an in-profile traffic is steeper than that of an out-of-profile traffic.

CWhen the shared buffer utilization reaches 55%, both in-profile and out-of-profile packets may be dropped.

DThe maximum probability with which an out-of-profile packet can be dropped is higher than that of an in-profile packet.

EWhen the shared buffer utilization is at 61%, only in-profile packets are currently in the shared buffer pool.

Show Suggested Answer

Suggested Answer: D

by Edwin at Jun 01, 2024, 07:22 AM

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Titus

5 months ago

I totally agree with D, out-of-profile has a higher drop probability!

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Rasheeda

5 months ago

C sounds right, both types can be dropped at 55%.

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Annelle

5 months ago

Wait, how can we be sure about E? Seems off to me.

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Frankie

5 months ago

I think B is correct too, in-profile has a steeper slope.

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Blair

6 months ago

A is definitely true, out-of-profile gets dropped first.

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Nicolette

6 months ago

I think statement B is tricky; I remember something about discard probabilities, but I can't remember if in-profile is always steeper than out-of-profile.

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Ammie

6 months ago

I feel a bit confused about statement C; it seems like both types of packets could be dropped at that buffer utilization, but I can't recall the exact details.

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Sylvia

6 months ago

I remember practicing a question similar to this, and I think statement D could be correct because out-of-profile packets often have a higher drop probability.

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Crista

6 months ago

I'm not entirely sure, but I think statement A might be true since out-of-profile traffic usually gets prioritized for dropping.

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Juliana

6 months ago

This is a good opportunity to apply my knowledge of slope-policy. I'll carefully analyze each option and select the two that are true based on the information provided.

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Catarina

6 months ago

I'm a bit unsure about this one. The wording of the options is tricky, and I want to make sure I fully grasp the slope-policy concept before answering.

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Trevor

6 months ago

Okay, the key here is understanding the difference between in-profile and out-of-profile traffic, and how the discard probability slopes work. I think I can figure this out.

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Lisha

6 months ago

Hmm, the slope-policy diagram is a bit confusing. I'll need to carefully read through the options and think this through step-by-step.

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Glenn

6 months ago

This looks like a pretty straightforward question on slope-policy. I think I can handle this one.

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Daniel

7 months ago

This looks like a pretty straightforward Kubernetes deployment question. I think the key is to understand how to package and scale individual microservices on GKE.

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Roselle

7 months ago

This seems like a straightforward question about Scrum estimation guidelines. I'm pretty confident I know the answer, but I'll review the options carefully just to be sure.

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Asha

1 year ago

As an avid network admin, I can confidently say that A and D are the correct answers. The slope-policy is crystal clear on that. Now, if only my boss would let me configure something this advanced...

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Jacob

10 months ago

Maybe one day your boss will see your potential and let you take on more advanced tasks.

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Susana

11 months ago

I wish I had the opportunity to configure advanced settings like this in my network.

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Justine

11 months ago

It's always satisfying when you can confidently answer questions like this.

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Steffanie

11 months ago

I agree with you, A and D are indeed the correct answers based on the slope-policy.

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Jacklyn

1 year ago

Haha, I bet the exam writer was having a bit of fun with these options. Some of them are just too specific to be true. I'm going with A and D, keep it simple!

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Hyman

1 year ago

But A makes sense because out-of-profile traffic should be dropped first for better network performance.

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Joesph

1 year ago

I'm not sure about option B. The diagram doesn't seem to indicate that the in-profile slope is steeper. C and E also seem a bit vague based on the information provided.

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