Which order of steps is the correct way to create a static route?
Which order of steps is the correct way to create a static route?
The correct order to create a static route typically involves first specifying the destination route and netmask, then the IP address for the specific next hop, followed by specifying the outgoing interface, and finally adding the route by name. This sequence ensures that the necessary details about the route are collected methodically. Starting with the route and netmask defines the target network, specifying the next hop IP provides the next immediate point, the interface sets up the path for packet sending, and naming the route finalizes the configuration.
None are correct. Steps are: 1.Add an IPv4 or IPv6 route by name 2. Enter the route and netmask 3. Specify the outgoing interface for packets to use to go to the next hop 4. Enter the IP address for the specific next hop Had the question at my exam (failed) but didn't know what to select..
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You are correct.
A. 1) Enter the route and netmask >> Destination 2) Specify the outgoing interface for packets to use to go to the next hop >> Interface 3) Enter the IP address for the specific next hop >> Next Hop (IP address) 4) Add an IPv4 or IPv6 route by name >> Add Name and Click OK Answer A (maybe...) Answer C is how I would have done it . Destination Subnet Next hope IP Via Interface Name and OK
None are correct
answer is a? Enter the route and netmask Enter the IP address for the specific next hop Specify the outgoing interface for packets to use to go to the next hop Add an IPv4 or IPv6 route by name Comprehensive Explanation: This is the correct order of steps to create a static route in a virtual router on the firewall. The first step is to enter the route and netmask for the destination network, such as 192.168.2.2/24 for an IPv4 address or 2001:db8:123:1::1/64 for an IPv6 address. The second step is to enter the IP address for the specific next hop, such as 192.168.56.1 or 2001:db8:49e:1::1. The third step is to specify the outgoing interface for packets to use to go to the next hop, such as ethernet1/1. The fourth step is to add an IPv4 or IPv6 route by name, such as route11. References:
Name, Destination, Interface, Next Hop, IP Address, Admin Distance, Metric, Route Table, BFD Profile, Path Monitoring Line by Line from the Firewall
should be B