Question 6 of 100

You loaded the factory-default configuration on your Junos device. Which single element must be configured before a commit command will succeed?

    Correct Answer: C

    When you load the factory-default configuration on a Junos device, it is essential to configure a root password before the commit command will succeed. This is a necessary security measure to ensure only authorized users can make further changes to the device configuration.

Question 7 of 100

Which two statements descnbe the functions of the Routing Engine (RE)? (Choose two.)

    Correct Answer: C, D

    The Routing Engine (RE) is responsible for calculating the best network paths to each subnet. This involves processing inputs from various routing protocols and static routes to determine the most efficient routes. Additionally, the RE handles management tasks, such as processing management traffic to monitor and manage the network device. These functions are essential for maintaining the performance and reliability of the network.

Question 8 of 100

Which two statements about the output shown in the exhibit are correct? (Choose two.)

    Correct Answer: A, B

    The router ID of the neighbor connected to the ge-0/0/1.0 interface is indeed 192.168.100.3, as indicated in the output. The state column shows 'Full' for both entries, confirming that the router has two OSPF adjacencies. These two statements accurately describe the information displayed in the exhibit.

Question 9 of 100

Referring to the exhibit, which two statements are correct? (Choose two.)

    Correct Answer: A, D

    The last 5 second CPU utilization is reported as 1% under 'User', which indicates the user CPU usage is minimal. Additionally, the data plane memory used is specified as 1452 MB out of 2304 MB, which is 63%, confirming these two statements are correct.

Question 10 of 100

Which two operating systems are used as the foundation of the Junos OS? (Choose two.)

    Correct Answer: A, D

    The Junos OS is fundamentally built on two operating systems: Linux and FreeBSD. Linux provides the underlying system foundation, while FreeBSD elements are used for different networking capabilities within the Junos OS. This information is supported by detailed architectural descriptions and widely recognized references, verifying Linux and FreeBSD as the foundational operating systems used in Junos OS.