IPv4 Static Routing

A network technician is adding a secondary path on Router-HQ to reach the internal subnet $172.16.40.0/24$. The primary link currently learns this destination via EIGRP with an administrative distance of 90. To ensure the secondary static path through next-hop IP $10.1.1.2$ serves strictly as a backup when the primary link is down, which Cisco IOS command must be configured?

A network administrator intends to configure a backup floating static route on router R1 to reach destination network $10.50.0.0/16$ in the event that the primary route learned via OSPF fails. The administrator enters the following configuration command on R1:

`ip route 10.50.0.0 255.255.0.0 192.168.12.2 105`

What is the immediate impact of this configuration on router R1's routing table?

Router R1 learns routes to the remote destination subnet $172.16.50.0/24$ via OSPF, which operates with a administrative distance of 110. A network administrator wants to manually configure a backup floating static route toward $172.16.50.0/24$ using next-hop IP address $192.168.12.2$. This backup route must remain inactive in the routing table unless the primary OSPF route fails. Which command must be configured on router R1?

A network administrator is configuring IPv4 static routing on router R1. Router R1 currently learns the primary route to destination network $192.168.50.0/24$ via iBGP, which has an Administrative Distance of 200. The administrator must configure two static routes:
1. A standard static route to reach network $10.100.1.0/24$ via next-hop IPv4 address $172.16.1.2$.
2. A backup floating static route to reach network $192.168.50.0/24$ via next-hop IPv4 address $172.16.1.2$ that remains inactive until the primary iBGP route fails.

Which two `ip route` commands must the administrator configure on router R1?

A network administrator is reviewing IPv4 static route syntax and operational characteristics on a Cisco IOS router. Which two statements regarding Cisco IPv4 static routing are correct?

A network administrator needs to configure a floating static route on a Cisco router to act as a backup link for a primary path learned via OSPF (Administrative Distance of 110). Which Administrative Distance value must be assigned to the floating static route to ensure it is used ONLY when the primary OSPF route becomes unavailable?

Branch router R2 needs to reach host devices in the remote subnet $172.20.15.0/24$. The next-hop router interface connected to R2 is assigned the IPv4 address $10.1.1.2$. Which Cisco IOS command correctly defines this IPv4 static route?

A network administrator needs to configure a floating static default route on a Cisco IOS router to serve as a backup path to a primary default route learned via OSPF. Which two statements accurately describe the requirements for this configuration? (Select TWO)

A network administrator needs to configure an IPv4 static default route on a Cisco router pointing to the next-hop IP address 203.0.113.1. Which Cisco IOS command correctly accomplishes this configuration?

A network engineer is configuring router R1 to reach destination network $172.16.10.0/24$. The primary path must use next-hop IP address $192.168.12.2$ with standard default static priority. A backup path must use next-hop IP address $10.0.0.2$ and function as a floating static route that only enters the routing table if the primary path is unavailable. Which TWO commands must be configured on R1 to meet these requirements? (Select two.)

Which Cisco IOS command configures an IPv4 floating static route to destination network $172.20.0.0/16$ through next-hop IP address $10.0.0.2$ so that it serves as a backup to a primary route learned via Internal EIGRP (Administrative Distance of $90$)?

A network engineer needs to configure a floating static route on a Cisco router to serve as a backup path for the destination network $172.28.32.0/21$. The primary path to this network is currently learned via OSPF, which operates with an Administrative Distance of 110. Which Cisco IOS command correctly configures the floating static route so that it only enters the routing table if the primary OSPF route fails?

An enterprise router learns the remote network $10.50.0.0/16$ via OSPF, which has a default administrative distance of 110. A network administrator must configure a floating static backup route to reach destination $10.50.0.0/16$ using next-hop IP address $192.168.12.2$. The backup route must only enter the routing table if the primary OSPF path fails. Which Cisco IOS command correctly configures this floating static route?

A network engineer is configuring a backup path on router HQ-R1 to reach the corporate subnet $172.20.40.0/22$. The primary route to this prefix is currently learned via Internal EIGRP with a default administrative distance of 90. The backup connection uses a point-to-point Ethernet link where HQ-R1 local interface GigabitEthernet0/1 is assigned IP address $198.51.100.1/30$ and the remote peer router interface is assigned $198.51.100.254/30$.

Which Cisco IOS command must be configured on HQ-R1 to ensure the static route acts as a floating backup route that only enters the routing table if the primary EIGRP route fails?

An engineer configures a next-hop IPv4 static route on a Cisco router using the command `ip route 10.1.2.0 255.255.255.0 192.168.12.2`. Place the processing steps in the correct sequential order from first to last that the router performs when forwarding an incoming packet destined for $10.1.2.45$.

An enterprise router R1 learns a primary path to the remote network $172.16.50.0/24$ dynamically through OSPF with an Administrative Distance of 110. A network administrator needs to configure a floating static backup route to $172.16.50.0/24$ via the next-hop IPv4 address $10.0.12.2$. Which TWO statements accurately describe the requirements and operational behavior of this IPv4 static route configuration? (Select two.)

A network administrator is configuring an IPv4 static route on router R1 to reach the remote network $10.10.40.0/24$ across an Ethernet multiaccess segment. After issuing the command `ip route 10.10.40.0 255.255.255.0 GigabitEthernet0/0`, the administrator observes high CPU utilization and a large ARP table on R1 because the router attempts to resolve ARP for every individual destination host address in the remote network. Which command modification correctly resolves this issue while maintaining reachability?

A network engineer is configuring an IPv4 static route on router R1 to reach destination network $172.20.40.0/24$. The path connects through an Ethernet broadcast multi-access interface (GigabitEthernet0/1) to the next-hop router address $10.0.12.2$. Which command configures a fully specified static route that prevents recursive lookup overhead while avoiding excessive Address Resolution Protocol (ARP) table expansion on the multi-access segment?

A network administrator configures a static route using only a next-hop IP address. Place the operational steps in the correct order that a Cisco IOS router performs to process and forward a packet using this recursive static route.

A Cisco router relies on OSPF (administrative distance 110) to reach destination network $192.168.10.0/24$. A backup path is connected via next-hop IPv4 address $10.0.0.2$. The network engineer must configure a floating static route so that traffic uses this secondary link only when the primary OSPF path becomes unavailable. Which command correctly configures this backup static route?