Question 1 |
write /var/tmp/current.conf | |
save /var/tmp/current.conf | |
copy /var/tmp/current.conf | |
commit verify /var/tmp/current.conf | |
commit /var/tmp/current.conf |
Question 2 |

Two. | |
One per switch port. | |
One per MAC address. | |
One per connected host. | |
One. |
Question 3 |

Gigabyte Enhanced | |
None of them | |
Gigabit Ethernet | |
Gigabyte Ethernet | |
Gigabit Enhanced |
Question 4 |
show | compare | |
compare active | |
show candidate | |
display compare | |
show configuration difference |
Question 5 |

Transit traffic | |
Broadcast domain traffic | |
Forwarding traffic | |
Switching traffic | |
Exception traffic |
Question 6 |
ARP | |
B) ICMP | |
DNS | |
SNMP | |
NTP |
Question 7 |

1024 | |
510 | |
1022 | |
512 | |
514 |
Question 8 |
start cli | |
configure | |
run cli | |
cli | |
edit |
Question 9 |
Active configuration | |
Forwarding configuration | |
Factory configuration | |
Candidate configuration | |
Rescue configuration |
Question 10 |
A VLAN ID and MAC address | |
Only a routing protocol | |
A username and login class | |
Only an interface and an IP address | |
Match conditions and actions |
Question 11 |
To determine the Ethernet frame size. | |
To determine the VLAN ID. | |
To select between routes learned from different routing sources. | |
To assign an IP address to an interface. | |
To configure firewall filter terms. |
Question 12 |
104 | |
100 | |
105 | |
101 | |
103 |
Question 13 |
Routing Policy | |
Management Plane | |
Routing Engine | |
Packet Forwarding Engine | |
Candidate Configuration |
Question 14 |
To prioritize and manage different types of network traffic | |
To resolve MAC addresses | |
To provide user authentication | |
To convert IPv4 addresses to IPv6 addresses | |
To configure routing protocols automatically |
Question 15 |
/20 | |
/21 | |
/22 | |
/23 | |
/19 |
Question 16 |
show boot messages | |
show system boot-messages | |
show system-messages | |
show boot-messages | |
show boot |
Question 17 |
ping | |
run | |
traceroute | |
do | |
check |
Question 18 |

The routing table exists only on switches. | |
The routing table contains MAC addresses, while the forwarding table contains only IPv6 addresses. | |
The forwarding table contains only static routes. | |
The forwarding table is used to forward packets, while the routing table contains routing information used to determine routes. | |
There is no difference between them. |
Question 19 |

To create routing instances automatically | |
To resolve IPv4 addresses to MAC addresses | |
To select the Junos software version | |
To assign IP addresses automatically | |
To control packet processing based on defined match conditions and actions |
Question 20 |
Application | |
Network | |
Physical | |
Data Link | |
Transport |
Question 21 |
show interfaces ge-1/1/1 extensive | |
show interfaces ge-1/1/1 link | |
show interfaces ge-1/1/1 verbose | |
show interfaces ge-1/1/1 link-status | |
show interfaces ge-1/1/1 link-info |
Question 22 |
none of them | |
export | |
export-policy | |
import-policy | |
import |
Question 23 |
commit command is successfully executed in Junos OS?

The active configuration is deleted. | |
The device returns to factory defaults. | |
The rescue configuration becomes active. | |
The candidate configuration is discarded. | |
The candidate configuration becomes the active configuration. |
Question 24 |
Firewall Filter | |
Forwarding Table | |
Packet Forwarding Engine | |
Transit Interface | |
Routing Engine |
Question 25 |
24 | |
48 | |
20 | |
32 | |
128 |
Question 26 |

2001:AA::1122:0:0::0:1245:123 | |
2001:AAAA:1122:0:0:0:1245:123 | |
2001:AAAA:0:0:1122:0:0:0:1245:123 | |
2001:AAAA::11:22::1245:123 | |
2001:AAAA::1122::1245:123 |
Question 27 |
Forwarding mode | |
Operational mode | |
Configuration mode | |
Interface mode | |
Monitor mode |
Question 28 |
The route learned first | |
The route with the highest metric | |
The route with the shortest prefix | |
The route with the most specific prefix | |
The oldest route |
Question 29 |
It uses a three-way handshake. | |
It is connectionless. | |
It guarantees packet delivery. | |
It has lower protocol overhead than TCP. | |
It provides retransmission of lost data. |
Question 30 |
configure | |
config | |
edit | |
set | |
commit |
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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