08-01-2022, 02:08 PM
08-01-2022, 04:39 PM
Answers move around, so i'm just going to base it off the answer being G0/0. unsure what B is.
ACLs are applied at the Router level, so G0/48 and G0/1 are thrown out.
Flow of traffic is going from User1 to Internet, so G0/0 outgoing is wrong. Similar to existing configuration, incoming for S1/0.
Leaves outgoing for S1/0 and incoming for G0/0. Both will work, but applying the ACL closer to the source is more efficient.
I believe the answer is correct. Int G0/0 in the incoming direction.
ACLs are applied at the Router level, so G0/48 and G0/1 are thrown out.
Flow of traffic is going from User1 to Internet, so G0/0 outgoing is wrong. Similar to existing configuration, incoming for S1/0.
Leaves outgoing for S1/0 and incoming for G0/0. Both will work, but applying the ACL closer to the source is more efficient.
I believe the answer is correct. Int G0/0 in the incoming direction.
08-01-2022, 07:12 PM
(08-01-2022, 04:39 PM)Kuroneko Wrote: [ -> ]Answers move around, so i'm just going to base it off the answer being G0/0. unsure what B is.
ACLs are applied at the Router level, so G0/48 and G0/1 are thrown out.
Flow of traffic is going from User1 to Internet, so G0/0 outgoing is wrong. Similar to existing configuration, incoming for S1/0.
Leaves outgoing for S1/0 and incoming for G0/0. Both will work, but applying the ACL closer to the source is more efficient.
I believe the answer is correct. Int G0/0 in the incoming direction.
My bad, I totally forgot that answers move around. But yes I was referring to either outbound S1/0 or inbound G0/0. Thanks for clearing that up