01.
Refer to the exhibit. A network technician determines DHCP clients are not working properly. The clients are receiving IP configuration information from a DHCP server configured on the router but cannot access the Internet. From the output in the graphic, what is the most likely problem?
- The DHCP server service is not enabled.
- The inside interface for DCHP is not defined.
- The DHCP pool is not bound to the interface.
- The pool does not have a default router defined for the clients.
- All the host addresses have been excluded from the DHCP pool.
02.
- The addresses are statically assigned by the network administrator.
- The DHCP server dynamically assigns the addresses.
- The addresses must be listed under the DHCP pool of addresses before they are available for static assignment.
- The addresses must be listed under the DHCP pool of addresses before they are available for dynamic assignment.
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- 6
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- 9
- It saves public IP addresses.
- It adds a degree of privacy and security to a network.
- It increases routing performance.
- It makes troubleshooting routing issues easier.
- It makes tunneling with IPsec less complicated.
- PAT uses the word “overload” at the end of the access-list statement to share a single registered address.
- Static NAT allows an unregistered address to map to multiple registered addresses.
- Dynamic NAT allows hosts to receive the same global address each time external access is required.
- PAT uses unique source port numbers to distinguish between translations.
- NAT overload
- static NAT
- dynamic NAT
- PAT
- 10.1.1.2
- 192.168.0.100
- 209.165.20.25
- any address in the 10.1.1.0 network
08.
Refer to the exhibit. Which two statements about the configuration are true? (Choose two.)
- Traffic from the 10.1.1.0 network will be translated.
- Traffic from the 209.165.200.0 network will be translated.
- Permitted traffic gets translated to a single inside global IP address.
- A pool of inside global IP addresses from the 10.1.1.0 network will be used for translation.
- External users from the 209.165.200.0 network can reach private addresses on the 10.1.1.0 and 10.1.2.0 networks.
- defines which addresses can be translated
- defines which addresses are allowed into the router
- defines which addresses are assigned to a NAT pool
- defines which addresses are allowed out of the router
- The supervisor wants to clear any confidential information that may be seen by the technician.
- Because entries can be cached for long periods of time, the supervisor wants to prevent decisions being made based on old data.
- The translation table may be full and is unable to make new translations until space is available.
- Clearing the translations causes the starting configuration to be reread and may correct translation problems that have occurred.
- ip nat pool statement
- access-list statement
- ip nat inside is on the wrong interface
- interface s0/0/2 should be a private IP address
12.
Refer to the exhibit. A technician used SDM to enter the NAT configuration for a Cisco router. Which statement correctly describes the result of the configuration?
- A user on the inside sees web traffic coming from 192.168.1.3 using port 8080.
- The address 172.16.1.1 is translated into an address from the pool beginning with 192.168.1.3.
- A user on the outside network sees a request addressed from 192.168.1.3 using port 80.
- A user on the outside must address traffic to port 8080 to reach the address 172.16.1.1.
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- Replace the devices on the public network with devices that support IPv6.
- Configure RIPng on the border routers of each IPv6 island.
- Configure the routers to take advantage of dual-stack technology.
- Use tunneling to encapsulate the IPv6 traffic in the IPv4 protocol.
- Enter the interface programming mode for each IPv6 interface and enable IPng RIP.
- Enter the ipv6 router rip name command and then use network statements to activate RIPng on the interfaces.
- Enter the router rip command, and then activate RIPng using the version command. RIPng then automatically runs on all IPv6 interfaces.
- Enter the interface programming mode for each IPv6 interface and enable the multicast group FF02::9, and then activate RIPng globally using the ipv6 router rip name command.
- dynamic NAT
- NAT with overloading
- open port 20
- open port 21
- open port 23
- NAT with port forwarding
- 10.1.1.1
- 172.30.20.2
- 192.168.1.2
- 255.255.255.255
- 10.0.0.125
- 179.9.8.95
- 179.9.8.98
- 179.9.8.101
- 179.9.8.112
- It will randomly generate a 64 bit interface ID.
- It will assign an address from the pool of IPv6 private addresses to the interface.
- It will assign only the registry prefix of the IPv6 Global Unicast address to the interface.
- The configuration will derive the interface portion of the IPv6 address from the MAC address of the interface.
- 32
- 48
- 64
- 128
- 8
- 16
- 80
- 128
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