Cisco 200-301 Exam Dumps, Practice Test Questions

A router does not flood unmatched routed IP packets through random broadcast domains.

A default route is absent, so no fallback next hop exists for this destination.

A packet does not authorize adding an unstated route or next hop to the forwarding table.

A /24 mask covers only one subnet and is not the required /0 catch-all IPv4 route.

This addresses the directly connected provider subnet rather than creating a fallback for all other destination prefixes.

That is the IPv6 route command and its next hop cannot be supplied as an IPv4 address in this context.

A /24 selects all 256 addresses in 203.0.113.0/24, so it changes forwarding for destinations beyond the single requested host.

A default route covers all IPv4 destinations lacking a more-specific route, far broader than the one-host policy.

A /25 selects the entire lower half of the /24 including .19, so it redirects many hosts that were not specified.

A /23 mask combines 198.51.100.0/24 with 198.51.101.0/24, violating the no-neighboring-subnet constraint.

A /25 mask covers only 198.51.100.0 through .127, missing half of the stated /24.

A default route applies to otherwise unmatched IPv4 destinations throughout the address space, not only this /24.

A /24 route covers far more than 203.0.113.64/26 and also specifies a non-aligned /24 address.

A multiaccess Ethernet interface-only static route is not the specified serial link and may trigger per-destination ARP behavior.

Null0 deliberately discards matching traffic instead of forwarding it toward the peer on the PPP serial link.

The default static AD 1 would outrank OSPF 110 and would not remain floating as required.

This changes the destination to a wider /24 rather than the specified 192.0.2.128/25.

An AD 90 static would be preferred over OSPF AD 110, defeating the standby requirement.

Raising administrative distance changes route selection preference, but not the per-destination ARP semantics of an interface-only Ethernet route.

Removing ARP would obstruct IPv4 link-layer next-hop resolution and would not turn an interface-only Ethernet route into a next-hop route.

Broadening the destination prefix changes the affected destinations and retains the same undesirable Ethernet per-destination ARP behavior.

Higher AD changes preference only; with no alternative route or tracked state change, the configured static route can remain installed despite an upstream failure.

Changing the interface MTU does not reveal or correct a remote provider reachability failure or make route installation conditional.

CEF controls forwarding implementation but does not provide an end-to-end path monitor or tracked route withdrawal.

A trailing numeric argument without the track keyword sets administrative distance, not an IP SLA object dependency.

A Null0 route discards matching packets; it does not condition the specified gateway route on reachability of track 10.

Declaring a route tracking object does not by itself bind an IPv4 static-route line to the specified track state.

The added 200 changes route administrative distance, not the absence of a gateway IP for Ethernet ARP resolution.

A Null0 host route to the actual next hop would discard that traffic and could break reachability rather than solve next-hop resolution.

Translation timeouts affect NAT state, not the routing recursion and ARP semantics of the configured interface-only default.

A /16 is broader than the required remote /24 and may attract other unrelated destinations.

AD 1 would create a preferred static, not a deliberately high-distance secondary path.

AD 255 is not used as an eligible installed route; 250 provides a valid floating candidate.