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Cisco 500-220 Exam - Topic 5 Question 42 Discussion

Refer to the exhibit.Which two actions are required to optimize load balancing asymmetrically with a 4:1 ratio between links? (Choose two.)
B) Add an internet traffic preference that defines the load-balancing ratio as 4:1.
A) Change the primary uplink to 'none'.
C) Enable load balancing.
D) Set the speed of the cellular uplink to zero.
E) Change the assigned speeds of WAN 1 and WAN 2 so that the ratio is 4:1.

Cisco 500-220 Exam - Topic 5 Question 42 Discussion

Actual exam question for Cisco's 500-220 exam
Question #: 42
Topic #: 5
[All 500-220 Questions]

Refer to the exhibit.

Which two actions are required to optimize load balancing asymmetrically with a 4:1 ratio between links? (Choose two.)

Show Suggested Answer Hide Answer
Suggested Answer: B

by Lizbeth at Jul 06, 2023, 07:13 AM

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Novella
9 months ago
Adding an internet traffic preference is definitely a must!
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Kris
10 months ago
Wait, why would you set the cellular uplink speed to zero?
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Leslie
10 months ago
Isn't changing the primary uplink to 'none' risky?
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Gary
10 months ago
Totally agree, that's the way to go!
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Serita
10 months ago
You need to set the speeds for WAN 1 and WAN 2 to 4:1.
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Caprice
11 months ago
I practiced a similar question, and I feel like we definitely need to adjust the assigned speeds for the links.
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Mitzie
11 months ago
I’m a bit confused about whether we should enable load balancing first or just change the speeds directly.
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Carole
11 months ago
I remember something about defining a load-balancing ratio, so maybe option B is correct?
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Jaclyn
11 months ago
I think we need to set the speeds of WAN 1 and WAN 2 to achieve that 4:1 ratio, but I'm not sure if that's the only step.
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Wai
11 months ago
Hmm, I'm a bit unsure about how to approach this. I know we need to use graphical linear programming, but I'm not sure how to identify the optimal production plan from the graph.
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Leonard
11 months ago
This seems straightforward. I'll start by reviewing the debug logs with the flow logging level to see what's going on. That should give me the information I need to get the flow working properly.
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Arthur
11 months ago
This is a tough one. I can see the merits of both option A and option B. On one hand, we have the experience to test similar releases, but on the other hand, 2 weeks seems like a really tight timeline without any specs. I might try to negotiate for a bit more time if possible.
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Stephaine
1 year ago
I'm going with B and E. Seems like the most logical way to achieve the 4:1 load-balancing ratio between the links.
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Delfina
1 year ago
Haha, D is a funny one. Setting the cellular uplink speed to zero? That's a bold move, but I don't think it's the right answer.
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Quinn
1 year ago
Yeah, setting the cellular uplink speed to zero does seem like a bold move, but I agree that it's probably not the right answer.
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Remona
1 year ago
E) Change the assigned speeds of WAN 1 and WAN 2 so that the ratio is 4:1.
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Ariel
1 year ago
A) Change the primary uplink to 'none.'
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Beckie
1 year ago
B and E seem like the correct answers. Defining the load-balancing ratio and setting the speeds accordingly makes sense.
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Shaniqua
1 year ago
Setting the speed of the cellular uplink to zero may not be necessary if we adjust the speeds of WAN 1 and WAN 2.
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Vivan
1 year ago
Changing the primary uplink to 'none' doesn't seem relevant for this scenario.
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Josefa
1 year ago
Enabling load balancing is also necessary for optimizing the load balancing asymmetrically.
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France
1 year ago
I agree, setting the speeds of WAN 1 and WAN 2 to a 4:1 ratio is important.
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Hubert
1 year ago
Setting the speed of the cellular uplink to zero would help achieve the desired load balancing ratio.
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Kendra
1 year ago
Enabling load balancing is also important for optimizing the 4:1 ratio between links.
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Kenneth
1 year ago
Changing the primary uplink to 'none' and setting the speed ratio would optimize load balancing.
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Launa
1 year ago
I agree, B and E are the correct answers.
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Justine
1 year ago
I'm not sure about changing the primary uplink to 'none'. I think focusing on adjusting the speeds and enabling load balancing is the way to go.
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Bettina
1 year ago
I agree with Louann. That, along with enabling load balancing, should help achieve the 4:1 ratio between links.
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Louann
1 year ago
I think we need to change the assigned speeds of WAN 1 and WAN 2 to optimize load balancing.
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Sylvie
1 year ago
Hmm, I think E is the way to go. Adjusting the assigned speeds to a 4:1 ratio should do the trick.
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Yong
1 year ago
Let's make sure to change the speeds of WAN 1 and WAN 2 accordingly.
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Sabina
1 year ago
We should also enable load balancing to optimize it.
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Dong
1 year ago
I agree, adjusting the speeds should help with the load balancing.
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Lucina
1 year ago
E sounds like a good option.
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Gregg
1 year ago
But do we also need to enable load balancing for it to work properly?
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Alline
1 year ago
I agree with you, Viola. That would help achieve the 4:1 ratio between links.
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Viola
1 year ago
I think we need to change the assigned speeds of WAN 1 and WAN 2 to optimize load balancing.
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