IPv6 Static Routing

Fill in the blank with the exact Cisco IOS command needed to configure the specified static route.

An administrator must create a static route on a Cisco router for destination prefix $2001:\text{db8}:\text{fed}::/64$. The next-hop router's link-local address is $\text{fe80}::2$, reached via local interface GigabitEthernet0/1, and the route must be configured with an administrative distance of 110. Which Cisco IOS command correctly completes this configuration?

A network engineer is configuring IPv6 static routes on a Cisco router to forward traffic to the destination network $2001:\text{db8}:\text{acad}:10::/64$. The primary path must use the neighbor's link-local address $\text{fe80}::2$ via the local exit interface GigabitEthernet0/0/1. A secondary floating static route must use the global unicast next-hop address $2001:\text{db8}:\text{acad}:3::2$ with an administrative distance of 130. Which two commands must be configured on the router?

A network engineer is configuring static routes on a Cisco IOS router to forward traffic to remote IPv6 networks. Which TWO statements accurately describe the requirements and behavior of IPv6 static route configurations? (Select TWO.)

A network administrator is configuring a static route on a Cisco router using a link-local address (fe80::2) as the next hop to reach the remote network 2001:db8:10:20::/64. The local egress interface is GigabitEthernet0/0/1. Which Cisco IOS command correctly configures this route?

An engineer is configuring a fully specified IPv6 static route on a Cisco router to forward traffic destined for $2001:\text{db8}:\text{abc}:33::/64$. What local interface keyword completes the command syntax when using the next-hop link-local address $\text{fe80}::\text{cafe}$ via interface GigabitEthernet0/0/2?

A network administrator needs to create a static route on router R1 to reach remote subnet $2001:\text{db8}:100:50::/64$. The administrator decides to specify the next-hop router R2 using R2's link-local address $fe80::20c:29ff:fe01:a1b2$ across R1's outbound GigabitEthernet 0/0/1 interface. Which Cisco IOS command correctly configures this IPv6 static route?

A network administrator must configure a static route on router R1 to reach the destination subnet $2001:\text{db8}:\text{acad}:10::/64$. The administrator intends to use the link-local address $\text{fe80}::2:1$ of the adjacent router as the next hop via R1's local exit interface GigabitEthernet0/0/1. Which Cisco IOS command accurately achieves this configuration?

An engineer needs to configure two IPv6 static routes on a Cisco IOS router:
1. A static route to reach the remote network $2001:\text{db8}:3\text{c0d}:1::/64$ using the link-local address $\text{fe80}::1$ of the adjacent router connected via interface $\text{GigabitEthernet0/0/1}$.
2. A backup (floating) default static route via the global unicast next-hop address $2001:\text{db8}:\text{acad}:\text{f}::1$ with an Administrative Distance of $130$.

Which TWO IPv6 static route commands correctly fulfill these requirements?