Get Certified: Proven Methods to Pass the Nokia 4A0-101 Exam

Router R3 will install the OSPF route in its routing table.

Router R3 will install the IS-IS route in its routing table

Router R3 will install an OSPF route and an IS-IS route in its routing table.

There is not enough information to answer the question.

IOM

CPM

FIB

SPF

The route learned from IS-IS will be installed.

The route learned from OSPF will be installed.

Both routes will be installed.

There is not enough information to answer the question

The area ID does not have to match.

The value of the E bit in the options field does not have to match.

The value of the Hello interval does not have to match.

The value of the network mask does not have to match.

The area ID, the E bit value, the Hello interval and network mask must all match.

Router R2 needs a static route to the PC.

Router R2 needs a default to router R1.

Router R1 needs a default route to router R2.

The static route should use a next-hop of 172.31.1.2

The IPv6 header has a header checksum field, header length field and no fragmentation offset field.

The IPv6 header has no header checksum field, no header length field and does have a fragmentation offset field.

The IPv6 header has a header checksum field, no header length field and no fragmentation offset field.

The IPv6 header has no header checksum field, no header length field and no fragmentation offset field.

Router R4 will have a route to router R6's system address with router R2 as the next-hop.

Router R4 will have a default route with router R2 as the next-hop.

Router R4 will have a default route with router R3 as the next-hop.

Router R4 will not have a route that can be used to reach the system address of router R6.

0

1

2

3

4

Router R6 will have a single Router LSA that describes the summary prefix.

Router R6 will have three Router LSAs - one to describe each loopback prefix.

Router R6 will have a single Inter-Area Prefix LSA to describe the summary prefix.

Router R6 will have three Inter-Area Prefix LSAs - one to describe each loopback prefix.

Router R6 will not have any LSAs to describe the loopback prefix or the summarized prefix.

IS-IS supports VLSM and CIDR.

IS-IS uses OSI addressing.

IS-IS supports manual summarization

IS-IS uses periodic Hello messages.