Question 1 |

To prevent Layer 2 switching loops | |
To encrypt user data across WAN links | |
To provide gateway redundancy | |
To create separate routing tables | |
To protect the device control plane from excessive or malicious traffic |
Question 2 |

Router ID | |
Metric | |
Administrative Distance | |
MAC Table | |
Prefix-Length |
Question 3 |

200 | |
0 | |
1 | |
255 | |
150 |
Question 4 |
access-list permit icmp 192.168.1.0 0.0.0.255 host 2.2.2.2
| |
access-list 120 icmp 192.168.1.0 0.0.0.255 2.2.2.2
| |
access-list 120 deny | |
access-list 120 permit icmp 192.168.1.0 0.0.0.255 host 2.2.2.2
| |
access-list 120 deny any any |
Question 5 |
ospf hello time 20 | |
ospf hello interval 20 | |
ip ospf interval 20 | |
ip hello-interval time 20 | |
ip ospf hello-interval 20 |
Question 6 |

Exchange | |
2-Way | |
Full | |
Down | |
Exstart |
Question 7 |

ESP | |
SHA | |
DES | |
AH | |
AES |
Question 8 |
Set | |
Dictionary | |
String | |
List | |
Tuple |
Question 9 |
RESTCONF | |
Embedded Event Manager (EEM) | |
Flexible NetFlow | |
SNMPv2 | |
NETCONF |
Question 10 |
To replace BGP with a link-state protocol | |
To authenticate network administrators | |
To extend Layer 2 networks over a Layer 3 infrastructure | |
To encrypt traffic between WAN routers | |
To provide first-hop redundancy |
Question 11 |

SD-WAN Manager | |
SD-WAN Controller | |
LISP Map Server | |
WAN Edge | |
SD-WAN Validator |
Question 12 |
PIM | |
LISP | |
GRE | |
VXLAN | |
STP |
Question 13 |
It eliminates the need for VLANs | |
It creates a separate routing table for each VLAN | |
It prevents all BPDU messages from being received | |
It maps multiple VLANs to the same spanning-tree instance | |
It encrypts Layer 2 traffic |
Question 14 |
Active, OpenSent, OpenConfirm, Established, Idle, Connect, | |
OpenConfirm, Active, OpenSent, Established, Idle,Connect, | |
Idle, Connect, Active, OpenSent, OpenConfirm, Established | |
OpenConfirm, Established, Idle,Connect, Active, OpenSent | |
Connect, Active, OpenSent, OpenConfirm, Established, Idle |
Question 15 |
To model the structure of configuration and operational data | |
To transport configuration data between devices | |
To execute Python scripts on routers | |
To encrypt REST API requests | |
To replace routing protocols |
Question 16 |
TFTP | |
FTP | |
Telnet | |
SNMP | |
SSH |
Question 17 |
90 | |
200 | |
170 | |
110 | |
20 |
Question 18 |
ERSPAN | |
IPSLA | |
SPAN | |
NetFlow | |
RSPAN |
Question 19 |
To select the STP root bridge | |
To encrypt multicast packets | |
To prevent multicast routing loops | |
To establish BGP sessions | |
To assign multicast addresses to hosts |
Question 20 |

VTP | |
PAgP | |
DTP | |
HSRP | |
LACP |
Question 21 |
Flow sampler | |
Flow exporter | |
Flow record | |
Flow monitor | |
Flow interface |
Question 22 |
Assigning IP addresses dynamically | |
Creating virtual routing tables | |
Measuring network performance metrics such as latency and reachability | |
Encrypting traffic between routers | |
Preventing Layer 2 loops |
Question 23 |
Routing protocol metrics | |
VLAN IDs | |
TCP and UDP port numbers | |
Autonomous system numbers | |
MAC addresses |
Question 24 |

To provide separate routing tables on the same device | |
To dynamically assign IP addresses | |
To prevent Layer 2 loops | |
To establish BGP neighbor relationships | |
To encrypt traffic between routers |
Question 25 |
x = getinput("Enter your value: ") print(x) | |
x = (Enter your value: )
print(x) | |
x = input("Enter your value: ")
print(input) | |
x = input("Enter your value: ")
print(x) | |
x = ("Enter your value: ")
print(x) |
Question 26 |
Designated router | |
Backup designated router | |
Active router | |
Root router | |
Standby router |
Question 27 |
200 | |
500 | |
404 | |
301 | |
400 |
Question 28 |
Broadcast | |
Point-to-multipoint | |
Loopback | |
GRE | |
Point-to-point |
Question 29 |
show topology eigrp | |
show eigrp topology | |
show topology ip eigrp | |
show ip eigrp topology | |
show topology protocol eigrp |
Question 30 |
Uses DUAL Algorithm | |
IPv4 Multicast address is 224.0.0.10 | |
Internal AD is 90 | |
Uses SPF Algorithm | |
Internal AD is 170 |
Gokhan Kosem is a Network Engineer, Instructor and the Founder of IPCisco.com with 15+ years of experience in Cisco, Nokia, Huawei, Juniper, Linux, Service Provider Networks, Routing and Switching technologies.
He has worked on the backbone networks of major service providers and network vendors including Nortel, Alcatel-Lucent (Nokia) and has extensive hands-on experience with Cisco, Huawei, Juniper and Nokia networking technologies.
He has trained thousands of networking students worldwide through IPCisco.com, Udemy, books, labs, quizzes, and educational content across multiple social media platforms.
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