Referring to the exhibit, which path will traffic from R6 take to reach R1?
A. R6 > R4 > R2 > R1
B. R6 > R4 > R2 > R3 > R1
C. R6 > R5 > R3 > R1
D. R6 > R5 > R3 > R2 > R1
8 Comments on “which path will traffic from R6 take to reach R1?”
esays:
Why not D? D seems to cost less (18 vs 20 of A)
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testsays:
I agree
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testsays:
Answer is D
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Leosays:
R2 is the ABR that connects Area 0 to Area 1, therefore it has databases for both areas and OSPF always prefers Intra-Area paths rather than Inter-Area Paths.
for me answer is A
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kiyokaasays:
The answer could be either A or C, as router R6 will choose the path randomaly based on the tie in the cost between the 2 routes that R1 will receive from R4 and R5 which equals 15 in both cases.
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kiyokaasays:
R6* will recieve the routes from R4 and R5, not R1
Why not D? D seems to cost less (18 vs 20 of A)
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I agree
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Answer is D
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R2 is the ABR that connects Area 0 to Area 1, therefore it has databases for both areas and OSPF always prefers Intra-Area paths rather than Inter-Area Paths.
for me answer is A
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The answer could be either A or C, as router R6 will choose the path randomaly based on the tie in the cost between the 2 routes that R1 will receive from R4 and R5 which equals 15 in both cases.
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R6* will recieve the routes from R4 and R5, not R1
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con lan firm is D
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C is the answer
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