Which configuration will achieve this?
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In the exhibit, Switch A is an EX4200. VLAN10 is receiving tagged as well as untagged traffic from different ports.
The administrator wants to mirror all tagged and untagged traffic entering VLAN10 to analyzer port ge-0/0/10.
All VLAN tags must be preserved for traffic that is mirrored to the analyzer port.
Which configuration will achieve this?
which two statements are true?
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Based on the exhibit, which two statements are true? (Choose two.)
which forwarding class is SRX A classifying traffic?
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Site A is sending voice traffic marked with DSCP code EF. SRX A has the default CoS classifier.
Into which forwarding class is SRX A classifying traffic?
Which configuration accomplishes this goal?
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A customer is trying to configure a router to peer using EBGP to a neighbor.
As shown in the exhibit, two links are being used for this configuration.
The goal of this configuration is to load- balance traffic across both EBGP links.
Which configuration accomplishes this goal?
What is the preferred path to reach 10.10/16 from R6?
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As shown in the exhibit, the 10.10/16 prefix is redistributed into OSPF through R2 and R5.
R2 is advertising the prefix with a Type 1 metric of 100 and R5 is advertising the prefix with a Type 2 metric of 10.
What is the preferred path to reach 10.10/16 from R6?
Which configuration accomplishes the goal?
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The ASBR in NSSA Area 0.0.0.1 is injecting three external prefixes (200.200.0.0/16, 200.200.10/24, and 100.100.0.0/24).
You must configure the ABR router in the exhibit to translate only one route (200.200.0.0/16) into the backbone area.
Which configuration accomplishes the goal?
why are the OSPF routers stuck in Init state?
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Looking at the traceoptions output in the exhibit, why are the OSPF routers stuck in Init state?
What caused the accidental advertisement of internal networks to your EBGP peer?
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You are configuring an EBGP peer in a transit environment.
You must advertise routes learned from other EBGP peers in your AS.
Any routes originated from within your AS should have a MED of 7000 set.
Any routes that originate in AS65222 should be prepended four times.
Any routes that transit AS701 should have a MED set to 6.
This scenario results in the unintended advertisement of internal 10.0.0.0/8 networks to your peer.
What caused the accidental advertisement of internal networks to your EBGP peer?
What must you add to complete this configuration?
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The configuration in the exhibit shows incoming traffic with specific IP precedence bits that should be mapped to a forwarding class named best-effort.
What must you add to complete this configuration?
what is the correct RPF path toward the multicast source from R6?
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Referring to the exhibit, what is the correct RPF path toward the multicast source from R6?