QUESTION: 13

What information can you get from TCP flags while assessing an attack?

Source of the attack
Type of attack
Target of the attack
Priority of the attack traffic

Answer(s): B

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QUESTION: 14

Which two steps can be taken by the sinkhole technique? (Choose two.)

Reverse the direction of an attack
Redirect an attack away from its target
Monitor attack noise, scans, and other activity
Delay an attack from reaching its target

Answer(s): B,C

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In the network presented in the following exhibit, all routers are configured to run EIGRP on all links. All packets transmitted during convergence are transmitted once (there are no dropped or retransmitted packets). What is the maximum number of queries P4S-R3 might receive for 192.168.1.0/24 if the link between P4S-R1 and P4S-R2 fails?

Four queries, one each from P4S-R2, P4S-R4, P4S-R5, and P4S-R6
No queries, because there aren't any alternate paths for 192.168.1.0/24
Seven queries, one from P4S-R2 and two each from P4S-R4, P4S-R5, and P4S-R6
One query, since the remote routers P4S-R4, P4S-R5, and P4S-R6 are natural stubs in EIGRP

Answer(s): A

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QUESTION: 16

All routers in this network are running EIGRP according to the exhibit. Which step is the most important to make sure that this network core will converge quickly should a link failure occur?

Make certain the maximum number of paths on both of the routers is two
Make certain EIGRP is not running across non-transit links
Add another link between the two routers with no servers and set the metric on this new link equal to the other four links
Make certain EIGRP is running across all links

Answer(s): B

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QUESTION: 16