Information Technology Reference
In-Depth Information
29.
What is the hierarchy for IPv6 aggregatable addresses?
a.
Global, site, loop
b.
Public, site, interface
c.
Internet, site, interface
d.
Multicast, anycast, unicast
30.
NAT-PT translates bet ween what address types?
a.
Tran slate s RFC 1918 pr ivate addre s s e s to public IP v4 addre s s e s
b.
Tran slate s bet ween IP v4 and IP v6 addre s s e s
c.
Tran slate s bet ween net work addre s s e s and IP v6 por ts
d.
Tran slate s bet ween pr ivate IP v6 addre s s e s to public IP v6 addre s s e s
31.
In a network where IPv6 exists within an IPv4 network, which two strategies allow
both schemes to coexist? (Select two.)
a.
Tran slate bet ween the protocols.
b.
Hosts run IPv4 and routers run native IPv6.
c.
Encapsulate IPv6 packets into IPv4 packets.
d.
Enable anycast in the routing protocol.
e.
Redistribute between the IPv4 and IPv6 networks.
32.
Which IPv6 feature enables routing to distribute connection requests to the nearest
content server?
a.
Anycast
b.
Link-local
c.
Aggregatable
d.
Multicast
e.
Site-local
33.
Which statement best describes the efficiency of the IPv6 header?
a.
It is less efficient than the IPv4 header.
b.
It has the same efficiency as the IPv4 header; the larger IPv6 address makes it faster.
c.
It is more efficient that the IPv4 header.
d.
It is larger than the IPv4 header.
