Here’s another Spanning Tree question, one that creates a topology in which one switch does not have a direct link to the root. What happens in this case? Note that as with this similar question, this question is meant for
Today’s post lists the answers to ACL drill set 2. What’s that? Check out this post that explains the details. No stopwatch, no speed requirement for these, unlike the subnetting speed practice. Answers are below the fold!
Here’s another ACL drill set. What’s that? Check out this post that explains the details. No stopwatch, no speed requirement for these, unlike the subnetting speed practice. Just focus on getting the right answer. For this post, you will create
This post answers the Spanning Tree question linked here. The short answer is that there are lots of right answers! What could impact the choice of root port in a triangle topology? All port costs except the root switch’s ports’
Today’s post lists the answers to ACL drill set 1. What’s that? Check out this post that explains the details. No stopwatch, no speed requirement for these, unlike the subnetting speed practice. Answers are below the fold!
Here’s a new CCNA-level question to consider, this time on Spanning Tree Protocol. Before diving in, be warned, it’s meant for study prep, not for assessment. That is, I’m not attempting to make this question exactly like an exam question,
Here’s the first ACL drill set. What’s that? Check out this post that explains the details. No stopwatch, no speed requirement for these, unlike the subnetting speed practice. Just focus on getting the right answer. Questions are below the fold!
You need practice with ACLs for CCENT and CCNA R/S. Some of that practice should focus on putting a complete ACL together, with multiple Access Control Entries (ACE) (that is, multiple permit and deny commands) to meet a set of
