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WorksheetsBuilding and Securing a Small Network
Total questions: 62
Worksheet time: 32mins
RouterA(config)# login block-for 10 attempts 2 within 30
RouterA(config)# login block-for 30 attempts 2 within 10
RouterA(config)# login block-for 2 attempts 30 within 10
RouterA(config)# login block-for 30 attempts 10 within 2
malware that was written to look like a video game
malware that requires manual user intervention to spread between systems
malware that attaches itself to a legitimate program and spreads to other programs when launched
malware that can automatically spread from one system to another by exploiting a vulnerability in the target
designing a network to use multiple paths between switches to ensure there is no single point of failure
configuring a switch with proper security to ensure that all traffic forwarded through an interface is filtered
configuring a router with a complete MAC address database to ensure that all frames can be forwarded to the correct destination
designing a network to use multiple virtual devices to ensure that all traffic uses the best path through the internetwork
voice
video
instant messaging
FTP
SNMP
The PC cannot contact a DHCP server.
The DNS server address is misconfigured.
The default gateway address is not configured.
The PC is configured to obtain an IP address automatically.
The enterprise network is misconfigured for dynamic routing.
Fast Ethernet interfaces
console ports
serial interfaces
vty ports
loopback interfaces
Set the user privilege levels.
Generate the asymmetric RSA keys.
Configure the correct IP domain name.
Configure role-based CLI access.
Create a valid local username and password database.
It is strong because it uses a minimum of 10 numbers, letters and special characters.
It is weak since it is a word that is easily found in the dictionary.
It is strong because it uses a passphrase.
It is strong because it contains 10 numbers and special characters.
It is weak because it uses a series of numbers or letters.
It is strong because it uses a passphrase.
It is weak since it is a word that is easily found in the dictionary.
It is strong because it uses a minimum of 10 numbers, letters and special characters.
It is weak because it is a commonly used password.
It is weak since it is a word that is easily found in the dictionary.
It is strong because it uses a passphrase.
It is strong because it uses a minimum of 10 numbers, letters and special characters.
It is weak because it uses easily found personal information.
It is strong because it uses a passphrase.
It is weak since it is a word that is easily found in the dictionary.
It is strong because it uses a minimum of 10 numbers, letters and special characters.
UDP datagrams take the same path and arrive in the correct order at the destination.
Applications that use UDP are always considered unreliable.
UDP reassembles the received datagrams in the order they were received.
UDP only passes data to the network when the destination is ready to receive the data.
Refer to the exhibit. An administrator is testing connectivity to a remote device with the IP address 10.1.1.1. What does the output of this command indicate?
Connectivity to the remote device was successful.
Connectivity to the remote device was successful.
A router along the path did not have a route to the destination.
A ping packet is being blocked by a security device along the path.
The connection timed out while waiting for a reply from the remote device.
Refer to the exhibit. Host H3 is having trouble communicating with host H1. The network administrator suspects a problem exists with the H3 workstation and wants to prove that there is no problem with the R2 configuration. What tool could the network administrator use on router R2 to prove that communication exists to host H1 from the interface on R2, which is the interface that H3 uses when communicating with remote networks?
traceroute
show cdp neighbors
Telnet
an extended ping
Refer to the exhibit. Baseline documentation for a small company had ping round trip time statistics of 36/97/132 between hosts H1 and H3. Today the network administrator checked connectivity by pinging between hosts H1 and H3 that resulted in a round trip time of 1458/2390/6066. What does this indicate to the network administrator?
Connectivity between H1 and H3 is fine.
H3 is not connected properly to the network.
Something is causing interference between H1 and R1.
Performance between the networks is within expected parameters.
Something is causing a time delay between the networks.
