This course is not really about memorizing hardware. A Guide to Designing and Implementing Local and Wide Area Networks, 2nd Edition by Michael Palmer and Bruce Sinclair teaches network design as a sequence of justified trade-offs: gather the requirements, respect the distance limits of the medium, size the WAN link to the traffic, and be able to explain to a business why you chose one option over a cheaper one. Exam questions mirror that, presenting a scenario and asking which design actually satisfies its constraints.
Why this test bank helps
Selecting the right design is half the exercise; being able to say why the alternatives fail is the other half, and it is what a design question is really testing. Every item here comes with a rationale that names the constraint in play — a cable’s maximum segment length, a topology’s fault behavior, a link’s bandwidth or its cost model — and explains exactly which requirement each rejected option breaks.
What’s inside
- Questions organized chapter by chapter, following the textbook’s design-to-implementation sequence.
- Multiple-choice, true or false and scenario items that present requirements and ask for a design decision.
- A rationale for every question, tying the answer back to a specific standard, limit or design principle.
- Emphasis on the numbers this subject grades hardest: segment lengths, addressing, bandwidth and redundancy.
- Digital PDF, downloadable immediately after checkout.
Topics covered
- Design methodology — requirements gathering, needs analysis, design documentation and project planning.
- LAN topologies and access methods — bus, star and ring layouts, Ethernet contention and token passing.
- Transmission media and structured cabling — twisted-pair categories, coaxial cable, multimode and single-mode fiber, and distance limits.
- Network devices — hubs, bridges, switches and routers, and where each belongs in a segmented design.
- Protocols and addressing — TCP/IP, subnet masks, address planning and legacy protocol stacks.
- WAN services — leased lines and T-carrier, Frame Relay, ISDN, ATM and broadband options, with selection criteria.
- Remote access and servers — dial-up and virtual private network design, network operating system choice and capacity planning.
- Reliability and management — redundancy, RAID, backup and disaster recovery, network monitoring and troubleshooting method.
Who it’s for
Students in a network design and implementation course within an information technology, network administration or computer science program, at community college or undergraduate level, and technicians moving from supporting a network to planning one.
How to use it (the right way)
For each scenario question, list the constraints from the stem before you look at the options, because a design question is usually decided by one number you either noticed or missed. Work sets closed-book, then read the rationale even where you were right, so the reasoning becomes repeatable. This is a study aid, to be used in line with your institution’s academic-integrity policy and not as a substitute for the labs and assignments your course sets.
Sample question (shows the format — your download contains the full set)
Q. A campus design calls for a 200-meter backbone run between two buildings. Which medium best meets the requirement?
- A. Category 5 unshielded twisted-pair cable
- B. Shielded twisted-pair cable
- C. Thinnet coaxial cable
- D. Multimode fiber-optic cable
Answer: D. Twisted-pair Ethernet segments are limited to about 100 meters, so options A and B fall short of the distance regardless of shielding; shielding addresses interference, not length. Thinnet coaxial cable reaches roughly 185 meters, which is still under the requirement and makes a fragile bus segment besides. Multimode fiber comfortably covers 200 meters, and because it carries light rather than current it also isolates the two buildings from electrical interference and from ground-potential differences, which is why fiber is the standard choice for a building-to-building run.
Edition & format
- Matches: A Guide to Designing and Implementing Local and Wide Area Networks, 2nd Edition, by Michael Palmer and Bruce Sinclair (ISBN 9780619121228).
- Format: Digital PDF, delivered instantly after checkout.
- Access: Lifetime access, with re-download available anytime.
Please confirm the edition and ISBN match the book your course is using before ordering, as chapter coverage differs between editions of this title.
Frequently asked questions
Is this the current edition? This file is prepared for the 2nd edition. Compare the ISBN above with the one on your course outline.
How do I receive it? The download link is shown on the confirmation page immediately after checkout and sent to your email address.
Do all questions include rationales? Yes. Each item explains the design principle behind the correct answer and the constraint each other option violates.
Is using a test bank allowed? Self-testing is standard preparation. Use this file in line with your institution’s academic-integrity policy and any rules your instructor sets for graded work.
Browse more titles like this in Networking & Security Test Banks.
Reviews
There are no reviews yet.