B.3.4

Your router generates a log message with a severity level of 1. What does this indicate? a. The system is unusable. b. Immediate action is needed. c. The message is only informational in nature. d. A critical condition exists.

Immediate action is needed.

Consider the following log message generated by a router: *00019: %LINEPROTO-5-UPDOWN: Line protocol on Interface FastEthernet0/0, changed state to down What is being used to identify when the message is generated? a. Facility b. Mnemonic c. Timestamp d. Sequence number

Sequence number

A configured threshold has been exceeded by a network host that is being monitored by an SNMP agent. The agent sends a trap to its SNMP manager with a notification that the threshold has been exceeded. Which IP port does the agent use to send the trap? a. 161 b. 123 c. 389 d. 162 e. 80

162

Match the record type with its function.

A = Points a hostname to an IPv4 address. CNAME = Provides alternate names to hosts that already have a host record. PTR = Points an IP address to a hostname. AAAA = Points a hostname to an IPv6 address. MX = Identifies servers that can be used to deliver mail.

You have a workstation configured with DNS server addresses as follows: Primary DNS server = 192.168.1.1 Alternate DNS server = 192.168.1.155 While browsing the internet, you go to www.cisco.com. A few minutes later, you type ping www.cisco.com into a command prompt. How will the workstation get the IP address for www.cisco.com? a. By querying server 192.168.1.1 b. By querying server 192.168.1.155 c. Out of its local DNS cache d. Out of the HOSTS file

Out of its local DNS cache

You have a small network as shown. Router2 is connected to the internet through a fiber optic FastEthernet connection and will be configured with NAT to provide internet connectivity to your private network. What type of address would you assign to the Fa0/1 interface on Router2? a. Inside local b. Outside local c. Outside global d. Inside global

Outside global

You are designing a new network that will support 6,000 computers. You only have eight registered IP addresses that can be allocated to the employees for external network communication, so you decide to implement NAT and share the addresses. You want all of these computers to be able to access the internet at the same time if necessary. Which method of NAT translation should you implement? a. Static b. Restricted c. Overloading d. Dynamic

Overloading

During a heavy network traffic period, the maximum traffic rate is exceeded. To handle this, QoS drops all incoming traffic.Which QoS method is being used? a. Shaping b. Marking c. Policing d. Queuing

Policing

Which method is used by the SNMP manager when it contacts an SNMP agent and requests information about a monitored network device? a. Poll b. Broadcast c. Trap d. Interrupt

Poll

Which component is responsible for collecting and consolidating data from network devices that are being monitored with SNMP? a. SNMP Agent b. SNMP Management Information Base (MIB) c. SNMP Manager d. SNMP Management Information File (MIF)

SNMP Manager

Consider the following log message generated by a router: *Aug 8 11:18:12.081: %LINEPROTO-5-UPDOWN: Line protocol on Interface FastEthernet0/0, changed state to down What facility generated this message? a. FastEthernet0/0 b. %LINEPROTO c. -5- d. UPDOWN

%LINEPROTO

Consider the following log message generated by a router: *Aug 8 11:18:12.081: %LINEPROTO-5-UPDOWN: Line protocol on Interface FastEthernet0/0, changed state to down What is the severity level of this message? a. UPDOWN b. %LINEPROTO c. FastEthernet0/0 d. -5-

-5-

How many packets per minutes are required to keep two machines synchronized to an accuracy of a millisecond of each other? 2 10 1 5

1

What is the difference between a forward lookup zone and a reverse lookup? (Select two.) a. A reverse lookup finds the IP address for a given host name. b. A forward lookup finds the host name from a given IP address. c. A forward lookup finds the DNS server name from a given IP address. d. A reverse lookup finds the DNS server name from a given IP address. e. A reverse lookup finds the host name from a given IP address. f. A forward lookup finds the IP address for a given host name.

A reverse lookup finds the host name from a given IP address. A forward lookup finds the IP address for a given host name.

What is true regarding the following partial output in the running configuration file? (Select two.) Router#show run !interface fa 0/0 ip address 10.2.30.2 255.255.255.224 ! <output omitted> ! logging on logging host 10.2.30.253 logging trap 4 logging source-interface fa 0/0 ! a. A syslog server will receive debug messages sent from 10.2.30.2. b. A syslog server will receive alert messages sent from 10.2.30.253. c. A syslog server will receive notification messages sent from 10.2.30.2. d. A syslog server will receive error messages sent from 10.2.30.2. e. A syslog server will receive warning messages sent from 10.2.30.2.

A syslog server will receive error messages sent from 10.2.30.2. A syslog server will receive warning messages sent from 10.2.30.2.

You have configured DHCP on your router. A partial configuration is shown below: hostname RouterA!interface FastEthernet0/0ip address 192.168.11.1 255.255.255.0speed autoduplex auto!interface FastEthernet0/1ip address 192.168.12.1 255.255.255.0speed autoduplex auto!ip dhcp excluded-address 192.168.11.1 192.168.11.50!ip dhcp pool 0network 192.168.11.0 255.255.255.0domain-name westsim.comdns-server 192.168.11.2 192.168.12.2!ip dhcp pool 2host 192.168.11.166hardware-address 02c7.f800.0422!access-list 1 permit 192.168.11.0 0.0.0.255! Srv2 is a host connected to the Fa0/0 interface of RouterA with a MAC address of 02c7.f800.0422. When it boots, it is assigned the IP address of 192.168.11.166. It can only communicate with hosts on the same subnet. What should you do to correct the problem? a. Manually configure a default gateway address on Srv2. b. Change the host address in DHCP pool 2 to 192.168.11.1. c. Add 192.168.11.166 as an excluded address. d. Add an ip access-group statement for Fa0/0. e. Add a default-router statement to DHCP pool 2.

Add a default-router statement to DHCP pool 2.

Your router generates a log message with a severity level of 6. What does this indicate? a. A critical condition exists. b. The system is unusable. c. An informational message only. d. Immediate action is needed.

An informational message only.

Many queue schedulers are able to identify a low-latency queue. What do queue schedulers do when processing low-latency queues? a. As the scheduler rotates through the queues, packets in the low-latency queue must be streamed to the buffer. b. Before the scheduler moves on to other queues, the low-latency queue must first be cleared. c. The scheduler labels these queues as low priority. The scheduler processes packets in these queues last. d. The scheduler labels these queues as high priority. When the scheduler gets to one of these queues, it sends out multiple packets instead of just one.

Before the scheduler moves on to other queues, the low-latency queue must first be cleared.

Data on the network is being processed as it comes in. Which QoS method is being used? a. Best Effort b. Classification and Marking c. Integrated Services d. Differentiated Services

Best Effort

You need to set the time zone for Pacific Daylight Time. Which two of the following commands will allow you to do this? Clock timezone UTC Clock timezone -8 Clock timezone -6 Clock timezone PST

Clock timezone PST Clock timezone -8

For each operation on the right, match the appropriate command from the list on the left.

Configure DNS server addresses for the router to use for resolving hostnames. ip name-server Create static entries for hosts that associate each hostname with an IP address. ip host Prevent the router from using DNS to resolve hostnames. no ip domain-lookup Set the DNS name used by the router. hostname

You have a small network connected to the internet as shown in the Exhibit. Router1 will provide NAT services to all hosts on the private network and DHCP services to hosts connected to SubnetA. Srv1 is located on SubnetA. You want to make sure that this server is assigned the same IP address every time it boots, but you still want to centrally manage the address that it uses. What should you do? a. Create an address pool with the IP address for Srv1. b. Manually configure the IP address for Srv1. c. Add a static outside-to-inside address translation rule for Srv1. d. Add a static inside-to-outside address translation rule for Srv1. e. Configure a DHCP binding for Srv1.

Configure a DHCP binding for Srv1.

You are a field technician for a large company. You have been sent to a remote site to troubleshoot a downed router. When you arrive at the remote site, how will you connect your laptop to the router? a. Connect the laptop's COM/USB port to the router's console port using a straight-through cable. b. Connect the laptop's COM/USB port to the router's console port using a rollover cable. c. Connect the laptop's COM/USB port to the router's Ethernet port using a straight-through cable. d. Connect the laptop's COM/USB port to the router's console port using a crossover cable.

Connect the laptop's COM/USB port to the router's console port using a rollover cable.

You want to configure DHCP on your Cisco router to provide automatic IP address assignment to a single subnet. You will use 192.168.12.0/27 for the subnet address. The router interface has been configured with an IP address of 192.168.12.1. Additionally, you want to make sure that a specific server, SrvFS, always gets the last IP address on the subnet. How should you configure DHCP on the router? (Select two.) a. Create a DHCP binding for address 192.168.12.62. b. Create an address pool with a start address of 192.168.12.2 and end address of 192.168.12.14. c. Create a DHCP binding for address 192.168.12.30. d. Create a DHCP binding for address 192.168.12.14. e. Create an address pool with a start address of 192.168.12.2 and end address of 192.168.12.62. f. Create an address pool with a start address of 192.168.12.2 and end address of 192.168.12.30.

Create a DHCP binding for address 192.168.12.30. Create an address pool with a start address of 192.168.12.2 and end address of 192.168.12.30.

Listed below are several places that a workstation checks to resolve DNS hostnames. A. Primary DNS server B. Secondary DNS servers C. HOSTS file D. Local DNS cache In a browser, you type the name of a website. In which order will these locations be checked during the name resolution process? a. D, C, A, B b. C, D, A, B c. A, B, C, D d. A, C, D, B e. A, B, D, C

D, C, A, B

You have a TCP/IP network with 50 hosts. There have been inconsistent communication problems between hosts. You run a protocol analyzer and discover that two hosts are assigned the same IP address. Which protocol can you implement on your network to help prevent problems such as this? a. TCP b. ICMP c. IP d. DHCP e. IGMP f. SNMP

DHCP

You are setting up a new branch office for your company. You would like to implement solutions to provide the following services: Hosts should be able to contact other hosts using names such as server1.westsim.com. IP address assignment should be centrally managed. Which services should you implement on your network to meet the requirements? (Select two.) a. ICS b. RARP c. DHCP d. NAT e. DNS f. WINS

DHCP DNS

You have a DHCP server on your network. Which of the following is the correct order of DHCP messages exchanged between a client and server when the client obtains an IP address using a 4-way handshake? a. DHCPREQUEST, DHCPOFFER, DHCPDISCOVER, DHCPACK b. DHCPREQUEST, DHCPOFFER, DHCPACK, DHCPDISCOVER c. DHCPACK, DHCPREQUEST, DHCPDISCOVER, DHCPOFFER d. DHCPOFFER, DHCPREQUEST, DHCPDISCOVER, DHCPACK e. DHCPDISCOVER, DHCPOFFER, DHCPREQUEST, DHCPACK

DHCPDISCOVER, DHCPOFFER, DHCPREQUEST, DHCPACK

You want to implement a protocol on your network that allows computers to find the IP address of a host from a logical name. Which protocol should you implement? a. DHCP b. ARP c. DNS d. Telnet

DNS

A user is playing an online game. When they press a key to perform an action, it takes at least one second for the action to be performed on screen. Which QoS metric is having issues? a. Bandwidth b. Delay c. Loss d. Jitter

Delay

Which of the following services automatically creates and deletes DNS host records when an IP address lease is created or released? a. Dynamic DNS b. Forward lookup c. DHCP Relay d. Dynamic NAT

Dynamic DNS

You have a small business network with a single subnet connected to the internet through a Cisco router (RouterA). IP addresses are assigned as shown. A browser session on the workstation tries to connect to the www.westsim.com web server. What IP address and port number will the web server use as the destination address when responding to the workstation's request? a. IP address 172.17.1.55 and a port chosen by Wrk1 b. IP address 199.67.111.89 and port 80 c. IP address 172.17.1.1 and port 80 d. IP address 172.17.1.55 and port 80 e. IP address 199.67.111.89 and a dynamic port assigned by RouterA f. IP address 199.67.111.89 and a dynamic port chosen by the web server

IP address 199.67.111.89 and a dynamic port assigned by RouterA

Quality of Service (QoS) prioritizes traffic from different data streams by using two classification systems.

Individual frames are marked and classified at Layer 2. Class of Service (COS) Classification occurs at Layer 3. Differentiated Services Code Point (DSCP) Precedence values are inserted in the DiffServ field of an IP packet. Differentiated Services Code Point (DSCP) A priority value between 0 and 7 is assigned to a 3-bit field. Class of Service (COS) Up to 64 different classifications are possible. Differentiated Services Code Point (DSCP)

You have implemented a QoS model where each application must request network resources. The router will approve or deny the request based on available resources. Which QoS model is being used? a. Classification and Marking b. Differentiated Services c. Best Effort d. Integrated Services

Integrated Services

Which of the following are common network traffic types that QoS is used to manage? (Select two.) a. Interactive applications b. Data migration c. Streaming video d. Server backups e. Email

Interactive applications Streaming video

Which of the following statements about the dynamic host configuration protocol (DHCP) are true? (Select two.) a. It can deliver other configuration information in addition to IP addresses. b. It cannot be configured to assign the same IP address to the same host each time it boots. c. It can deliver IP addresses to hosts, but it cannot provide DNS server host configuration information. d. It is used only to deliver IP addresses to hosts. e. A DHCP server assigns addresses to requesting hosts.

It can deliver other configuration information in addition to IP addresses. A DHCP server assigns addresses to requesting hosts.

You have configured DHCP on your router. A partial configuration is shown below: hostname RouterA!interface FastEthernet0/0ip address 192.168.11.1 255.255.255.0speed autoduplex autoip access-group 1 in!interface FastEthernet0/1no ip addressspeed autoduplex auto!ip dhcp excluded-address 192.168.11.1 192.168.11.50ip dhcp excluded-address 192.168.12.1 192.168.12.50!ip dhcp pool 0network 192.168.11.0 255.255.255.0domain-name westsim.comdns-server 192.168.11.2 192.168.12.2default-router 192.168.11.1!ip dhcp pool 1network 192.168.12.0 255.255.255.0domain-name westsim.comdns-server 192.168.12.2 192.168.11.2default-router 192.168.12.1!ip dhcp pool 2host 192.168.12.166hardware-address 02c7.f800.0422!access-list 1 permit 192.168.11.0 0.0.0.255! Srv2 is a host connected to the Fa0/1 interface of RouterA. Its MAC address is 02c7.f800.0422 and is configured to use DHCP to request an IP address. Which of the following addresses will most likely be assigned to Srv2 when it boots? 192.168.11.166 192.168.12.166 192.168.11.34 192.168.12.16 It will not be assigned an IP address.

It will not be assigned an IP address.

Queue schedulers are used for congestion management and define how a device will work through its queue.

Labels one queue as priority. Rotates through the queues and sends out multiple packets from the priority queue. Weighted Round Robin Rotates through each queue and processes and sends the next available packet. Round Robin Assigns each queue a minimum bandwidth percentage. Class-Based Weighted Fair Queuing

Which of the following is a benefit of using network address translation (NAT)? a. Remote hosts can access the corporate network through a secure tunnel. b. It eliminates the need for routing. c. NAT provides a measure of network security. d. Broadcast traffic domains can be defined at Layer 2.

NAT provides a measure of network security.

Which of the following statements are true regarding NTP when implemented on Cisco devices? (Select two.) a. NTP runs over UDP port 123. b. The NTP protocol uses TCP packets to send time data . c. NTP packets are sent every 100 milliseconds to provide extremely accurate time synchronization. d. When NTP is enabled, NTP packets are received on all interfaces. e. By default, NTP services are enabled on all interfaces.

NTP runs over UDP port 123. When NTP is enabled, NTP packets are received on all interfaces.

You want to make a console connection to a router using the serial port on a PC. Select the necessary components to make the console connection. Select only the necessary components.

Rollover cable Terminal emulation program Console port

You have three hosts on network 192.168.10.0/24 as shown. If interface Fa0/0 on RouterB has the ip helper-address 172.17.10.20 configuration command in its running configuration, which of the following statements are true? (Select two.) a. RouterA will discard the DHCP packets routed through RouterB. b. RouterB will forward broadcast packets sent to the: Time, DNS, BOOTP, and TFTP ports. c. RouterB will discard the DHCP packets from the hosts. d. RouterB will forward broadcast packets sent to the DNS, BOOTP, TFTP, FTP, and ARP ports. e. The voice traffic will be separated from the data traffic using 802.1q tagging. f. The hosts may receive their IP address information through DHCP.

RouterB will forward broadcast packets sent to the: Time, DNS, BOOTP, and TFTP ports. The hosts may receive their IP address information through DHCP.

Which SNMP component monitors individual network devices? a. SNMP MIB b. SNMP Manager c. SNMP Agent d. SNMP Trap

SNMP Agent

Which of the following are true regarding SNMP? (Select two.) a. SNMPv2 requires authentication for the SNMP manager and agents to communicate with each other. b. SNMPv2 implements encryption to obscure data during transmission. c. SNMPv3 employs the encryption of packets to prevent unauthorized sources from snooping. d. SNMPv2 implements message integrity verification to ensure that an SNMP packet has not been modified during transit. d. SNMPv2c can be compromised because the community string for authentication is sent in clear text.

SNMPv3 employs the encryption of packets to prevent unauthorized sources from snooping. SNMPv2c can be compromised because the community string for authentication is sent in clear text.

You implemented SNMPv2 as a part of your overall network management plan. You configured an SNMP manager to gather traps from SNMP agents that run on monitored network devices. To secure communications between the manager and the agents, you configured a trap community name of abc123. After running the system for some time, you notice that traps containing questionable events are being sent to the SNMP manager. Upon investigation, you discover that a malicious insider has been spoofing these events, attempting to cover her tracks as she tried to compromise several network hosts. What could have been done to prevent this from happening? a. Traps should have been disabled in favor of polling. b. SNMPv2 message integrity verification should have been enabled. c. A stronger community name should have been used. d. SNMPv3 should have been implemented instead of SNMPv2.

SNMPv3 should have been implemented instead of SNMPv2.

You check the time on a router and find that it is off by several minutes. To fix this issue, you configure NTP on the router to get time from a Stratum 2 time provider on the internet. The time difference is large, and it is taking some time for NTP to synchronize the time on the local router. To speed synchronization, you use NTP commands to immediately synchronize the time on the router with the time on the time provider. Which NTP term best describes this process? a. Slam b. Slew c. Skew d. Jitter

Slam

You check the time on a router and find that it is off by about 10 minutes. To fix this issue, you configure NTP on the router to get time from a Stratum 2 time provider on the internet. It is taking some time for NTP to synchronize the time on the local router. After about 15 minutes, the time finally synchronizes. Which NTP term best describes this process? a. Slew b. Jitter c. Skew d. Slam

Slew

If dynamic DNS is being used, which of the following events will cause a dynamic update of the host records? (Select two.) a. A CNAME record is added to the DNS server. b. The DHCP server renews an IP address lease. c. The browser cache on a workstation is cleared. d. The ipconfig /registerdns command is entered on a workstation. e. An MX record is added to the DNS server.

The DHCP server renews an IP address lease. The ipconfig /registerdns command is entered on a workstation.

Quality of Service (QoS) is particularly important when implementing Voice over IP (VoIP), Video over IP, online gaming, or unified communications, in which delay or data loss make the overall experience unacceptable. QoS uses certain metrics to determine communication quality.

The amount of time that passes from when a packet is sent to when it arrives. Delay The percentage of packets that do not arrive at their destination. Loss The variation in delay when sending multiple packets from the same device. Jitter The capacity of a connection between two or more devices. Bandwidth

1.3.6.1.4.1.311

The following image shows a standard Object Identifier Tree structure. Based on this structure, what would the OID be for a Microsoft device? a. 1.3.6.1.4.1.311 b. 311 c. 4.1.9 d. 1.3.6.1.311

What happens to the history table and log files when the device loses power? a. The history table and log files are all lost. b. The history table remains, but log files are lost. c. The history table is cleared, but the logs remain. d. Everything is retained in the system memory.

The history table and log files are all lost.

You have a small network connected to the internet as shown. Which of the following statements is true? (Select two.) a. The router must be configured for NAT for Srv1 to communicate on the internet. b. The router must be configured for NAT for Srv2 to communicate on the internet. c. Internet hosts can reach Srv1 without NAT. d. The router must be configured on all interfaces with NAT. e. Internet hosts can reach Srv2 without NAT.

The router must be configured for NAT for Srv1 to communicate on the internet. Internet hosts can reach Srv2 without NAT.

You have noticed that every two weeks or so, a client's clock is off by two minutes, even after you have adjusted it. What is this issue known as? Stratum level Time drift Jitter Slew

Time drift

Match the DNS components on the left with its function on the right.

Top-level domain: - Managed by the Internet Corporation of Assigned Names and Numbers (ICANN). - The last part of a domain name. Fully qualified domain name: - Includes the host name and all domain names separated by periods. Hostname: - The part of a domain name that represents a specific host. Authoritative server: - Has a complete copy of all the records for a particular domain. . (dot) domain - Denotes a fully qualified, unambiguous domain name.

Which method is used when an SNMP agent detects that the system it monitors has exceeded a configured threshold and sends an event to the SNMP manager? a. Trap b. Interrupt c. Poll d. Broadcast

Trap

Configure the DHCP server to deliver the default gateway address along with the IP address.

You have a small network as shown. You configure DHCP on Router1 to provide IP addresses to all hosts connected to SwitchA. Following the configuration, you verify that Wrk1 has received an IP address from the DHCP service. Wrk1 can ping every host on the subnet, but cannot communicate with any hosts connected to Switch B or on the internet. What should you do? a. Configure NAT on Router1. b. Configure the DHCP server to deliver the default gateway address along with the IP address. c. Reconfigure the DHCP service to run on Router2 instead of Router1. d. Manually configure the default gateway address on Wrk1.

RouterC

You have an office network connected to the internet as shown. The network has three subnets, all with client computers. The Web1 server on Subnet1 hosts a small website used for traveling employees. Employees must be able to contact the web server from the internet. All other hosts on the private network need to have full internet connectivity for browsing the web and sending email. On which routers should you configure NAT? RouterA and RouterC RouterA RouterA, RouterB, and RouterC RouterB RouterC

access-list 1 permit 192.168.2.0 0.0.0.255 ip nat inside source list 1 interface serial 0 overload

You want to configure NAT so that packets from all hosts on network 192.168.2.0 will share the registered IP address 24.1.2.8 as shown. You have already identified the inside and outside NAT interfaces on the router. Which of the following command options will translate all inside host addresses to the single registered IP address? a. ip nat pool 192.168.2.0 192.168.2.255 b. ip nat inside source static 192.168.2.0 24.1.2.8 c. access-list 1 permit 192.168.2.0 0.0.0.255 ip nat inside source list 1 interface serial 0 overload d. ip nat pool 24.1.2.8 24.1.2.11

Router(config)# ip nat inside source static 192.168.2.100 24.1.2.11 Router(config)# interface ethernet 0 Router(config-if)# ip nat inside Router(config-if)# interface serial 0 Router(config-if)# ip nat outside

You want to configure static NAT so that packets from host 192.168.2.100 will always be assigned the registered IP address 24.1.2.11 as shown. Match the missing lines with the required commands. Commands: a. Router(config)# b. Router(config)# interface ethernet 0 Router(config-if)# c. Router(config-if)# interface serial 0 Router(config-if)# Options: a. ip nat inside source static 192.168.2.100 24.1.2.11 b. ip nat inside source static 192.168.2.1 24.1.2.8 c. ip nat inside d. p nat outside d. ip nat pool net-1 24.1.2.8 24.1.2.11

You have a small business network with a single subnet connected to the internet. Your ISP has assigned your router an IP address of 199.211.77.5 for its serial interface. You have chosen to use a network address of 172.15.1.0/24 on your private network. You use the SDM interface to configure basic NAT on the router with a single default route to the ISP. What is the most likely result of this configuration? a. Your network has no internet connectivity. b. The router will be able to reach all internet hosts, but devices on the private network have limited internet connectivity. c. Your network has full internet connectivity. d. Your network has internet connectivity, but some websites might be unreachable.

Your network has internet connectivity, but some websites might be unreachable.

Which SNMPv3 security level requires MD5 or SHA authentication and implements DES encryption? a. authPriv b. noAuthnoPriv c. Community Name d. authNoPriv

authPriv

You have a Cisco router connected to a local ISP. The ISP dictates that the router use DHCP to receive its IP address and other configuration information. Which command should you use when configuring the ISP interface on the router? a. ip dhcp-client b. ip address dhcp c. ip dhcp database d. ip dhcp-server

ip address dhcp

You are the network administrator for a company that has a small block of registered IP addresses ranging from 24.1.2.32 to 24.1.2.47. You want to assign these addresses to a dynamic pool in NAT. Which command should you use? ip nat inside source list 24.1.2.32 pool 24.1.2.47 ip nat inside source dynamic 24.1.2.32 interface 24.1.2.47 ip nat pool net-1 24.1.2.32 24.1.2.47 ip nat inside source static 24.1.2.32 interface 24.1.2.47

ip nat pool net-1 24.1.2.32 24.1.2.47

You are configuring a router to redirect and consolidate log messages to a Syslog server. The router has multiple interfaces. However, you want all log messages being sent to the Syslog server to be seen as coming from the same IP address on the router, regardless of which interface the message actually exits the router from. Which command is used to accomplish this? a. logging source-interface <interface> b. logging host <address> c. logging trap <level> d. show logging

logging source-interface <interface>

You want to redirect log messages from a router to a Syslog server. The IP address of the Syslog server is 192.168.1.2. You want only serious log messages with a severity level of Emergency, Alert, or Critical to be redirected. Notification, Error, Warning, Informational, and Debug messages should not be redirected. Which commands are used to accomplish this? (Select three. All responses are part of the complete solution.) a. logging severity 2 b. logging trap 2 c. logging on d. logging server 192.168.1.2 e. logging source-interface < interface> f. logging host 192.168.1.2

logging trap 2 logging on logging host 192.168.1.2

You want to redirect log messages from a router to a Syslog server. The IP address of the Syslog server is 172.17.8.5. You want only serious log messages with a severity level of emergency, alert, critical, error, or warning to be redirected. Notifications and informational messages as well as debug messages should not be redirected. You just entered the logging on command. Which other commands must be used to accomplish this task? (Select two. Both responses are part of the complete solution.) a. logging trap 4 b. logging server 172.17.8.5 c. logging severity warning d. logging severity 4 e. logging host 172.17.8.5 f. show logging

logging trap 4 logging host 172.17.8.5

Which SNMPv3 security level requires authentication with a username, but does not implement encryption? a. noAuthnoPriv b. authNoPriv c. authPriv d. Community Name

noAuthnoPriv

You check the time on a router and find that it is behind by several minutes. To fix this issue, you decide to configure NTP on the router to get time from a Stratum 2 time provider on the internet with a hostname of 0.pool.ntp.org. Which command should you use? a. ntp server 0.pool.ntp.org b. ntp master 0.pool.ntp.org c. feature ntp 0.pool.ntp.org d. ntp status

ntp server 0.pool.ntp.org

You check the time on a router and find that it is out of sync with the time on the other routers and switches in your network. To fix this issue, you decide to configure NTP on the router to get time from an internal authoritative (master) NTP server with an IP address of 172.17.8.254. Which command should you use? a. ntp status b. ntp server 172.17.8.254 c. ntp master 172.17.8.254 d. feature ntp 172.17.8.254

ntp server 172.17.8.254

Currently, all of the routers in your network are configured to use NTP to synchronize time with a public Stratum 2 time provider on the internet. To reduce redundant network traffic, you decide to configure one internal router as an authoritative NTP time provider with a stratum value of 5 and then configure all other routers to synchronize time with it. This router has an IP address of 172.17.8.254 assigned. Which commands should you use? (Select two. Each response is a part of the complete solution.) a. ntp server 172.17.8.254 on all routers except the time provider. b. ntp master 5 172.17.8.254 on all routers except the time provider. c. ntp master on the NTP time provider router. d. ntp server 172.17.8.254 on the NTP time provider router. e. ntp master 5 on the NTP time provider router.

ntp server 172.17.8.254 on all routers except the time provider. ntp master 5 on the NTP time provider router.

You need to verify that time is synchronized on a router. Which commands could you use to do this? (Select two. Each response is a complete solution.) feature ntp clock summer-time <zone> ntp server <address> show ntp associations show ntp status

show ntp associations show ntp status