Cisco 200-301 Exam Dumps, Practice Test Questions

A routing table reports installed prefixes, not ACL entries and per-line match counters.

Logging output may omit unlogged matches and does not replace per-rule ACL counters.

Link state cannot enumerate ACL rules or their match counters.

Outbound direction filters packets leaving Gi0/1, not packets arriving on Gi0/1 as specified.

This creates or edits the ACL’s ACEs but does not attach it to a particular interface or choose inbound processing.

The inbound direction would be correct but on the wrong link; the policy explicitly attaches to Gi0/1.

Inbound processing evaluates packets received at Gi0/1, the opposite traffic direction from packets leaving Gi0/1.

An ACL definition alone is not applied to interface egress traffic until it is attached with the correct direction.

The direction is outbound but the interface is wrong; filtering Gi0/0 does not provide the requested Gi0/1 egress policy.

A standard ACL mode lacks extended source/destination/protocol matching syntax.

Attaching an undefined/missing ACL cannot replace constructing the actual extended ordered policy.

A route map is not the named extended packet ACL definition asked for.

That reverses direction: the question denies traffic originating from source 192.0.2.19.

This matches only TCP port 443, not all IPv4 packets from the offending host.

Permit explicitly allows rather than denies traffic from the source host.

Sequence 40 occurs after the sequence-10 subnet deny; the exception host would already match and be denied before this ACE is reached.

This permits only TCP destination port 80 for the host, not the approved any-IP traffic scope of the exception.

This early permit would exempt every host in 10.20.30.0/24, defeating the requirement to keep the broad network deny for all except one host.

255.255.255.0 is the /24 subnet mask, but IOS ACL address matching uses the inverse wildcard 0.0.0.255.

A wildcard of all zeros matches one host value exactly rather than the full /24 network.

This wildcard ignores the final 16 address bits, covering a much larger /16 selection than required.

The /24 wildcard ignores all eight last-octet bits, including addresses .0 through .127 that must be excluded.

This base with a /25 wildcard matches the lower half .0 through .127, not the required upper half.

This is neither a valid inverse wildcard for the /25 nor a correct way to restrict that final-octet host range.

This is a /24 wildcard match and includes all host addresses in the source subnet rather than just .11.

Any matches every IPv4 address and is far broader than the single required source.

This wildcard ignores the last eight bits; despite the base ending in .11, it still matches the entire /24.

Host 0.0.0.0 tests one specific 32-bit address; it does not represent every possible client source.

This exact-match wildcard selects only 0.0.0.0 and is not a match-all address selection.

This selects the single 255.255.255.255 address, not all IPv4 host sources.

A /24 wildcard covers only 10.10.16.0–10.10.16.255 and excludes other hosts in the required /20.

This /19-style wildcard includes 10.10.0.0–10.10.31.255 and is broader than the exact /20.

This selects the lower /20 10.10.0.0–10.10.15.255 rather than the requested /20 starting at 16.