A ping to a network service fails. Does that result alone prove that the service is unavailable?
1 Network Troubleshooting Method Online Quiz Questions
Use this free practice quiz with 20 questions to review 1 Network Troubleshooting Method, test your knowledge, and prepare for your next test or exam.
Which problem statement best defines the scope of a report that two laptops on an east-floor access point take 8–12 seconds to open the inventory site, while wired desktops reach it normally?
- A
The network is slow for some users.
- B
Two laptops on the east-floor access point take 8–12 seconds to open the inventory site; wired desktops reach it normally.
- C
The inventory site is not working correctly.
- D
Users have reported a problem with network performance.
In a controlled troubleshooting test, how many variables should be changed at a time?
Changing several network settings at once can make it difficult to identify which change affected the problem.
- A
True
- B
False
A workstation can reach an internal site's IP address but cannot open the site by hostname. What is the most appropriate next test?
- A
Replace the workstation's network cable immediately.
- B
Change the route to the destination before checking other evidence.
- C
Test name resolution and investigate the DNS response or configuration.
- D
Restart all network services on the site.
Which information should be collected as evidence before making troubleshooting changes? Select all that apply.
- A
The time the symptoms occurred
- B
The affected devices and network location
- C
A series of setting changes made before recording observations
- D
Relevant addresses and recent changes
- E
Tests performed and their results
Two laptops on the same access point are slow when opening one site, while wired desktops reach it normally. Which action best helps isolate the problem?
- A
Change the site's routing configuration immediately.
- B
Compare the affected wireless connection and path with a known-good device or location.
- C
Assume the inventory server is unavailable because wireless users are slow.
- D
Replace all network cables in the building.
What information should be included when documenting the outcome of a network troubleshooting effort? Select all that apply.
- A
The symptom and its scope
- B
Evidence gathered and tests with their results
- C
The identified cause
- D
Changes made and verification results
- E
Follow-up work or any workaround
After identifying the affected endpoint, which part of its connection should you check first when tracing the communication path outward?
If a temporary workaround restores access, that alone proves the root cause has been removed.
- A
True
- B
False
One workstation cannot access a network resource, but a nearby workstation can. Which next step best uses this evidence to narrow the cause?
- A
Replace the site's network equipment because the failure must be site-wide.
- B
Change several settings on the affected device and see whether the symptom disappears.
- C
Assume the destination service is down because one device cannot connect.
- D
Compare the affected device's cable or configuration with a nearby known-good device.
A low-risk configuration test produces no improvement. Explain how to handle the test change and use the result to continue troubleshooting without obscuring the cause.
Which details should a clear network problem statement capture?
- A
The network has a problem that should be investigated soon.
- B
Two laptops on the east-floor access point take 8–12 seconds to open the inventory site; wired desktops reach it normally.
- C
Users may be having trouble with some applications.
- D
The network should be checked for possible configuration issues.
A controlled configuration change does not produce the expected result. When appropriate, what should you do with that change before gathering more evidence?
When investigating a suspected network performance problem, what should you compare with the affected path’s normal baseline?
- A
The number of devices that have ever connected to the network.
- B
The age of the affected users’ computers and their preferred applications.
- C
Latency, throughput, error counts, or utilization compared with the path’s normal baseline.
- D
The current configuration compared only with a hypothetical ideal configuration.
After applying a network fix, which action best verifies that it worked?
- A
Repeat the original test under the conditions that produced the problem and confirm the affected service works.
- B
Treat one successful test as sufficient proof, even if the symptom was intermittent.
- C
Apply another speculative change before repeating any tests.
- D
Confirm only that the change was made, without checking the affected service.
A user reports intermittent slowness on one network path. Which approach provides the strongest evidence for evaluating a performance-related cause?
- A
Compare latency, throughput, error counts, or utilization with the affected path’s normal baseline.
- B
Change several performance settings and judge whether the connection feels faster.
- C
Compare the affected path only with a different network’s current performance.
- D
Assume that high latency is the cause without collecting measurements.
A temporary workaround restores access, but there is no evidence that the underlying fault has been eliminated. What should troubleshooting continue to investigate?
A technician suspects that a default gateway is misconfigured but has not tested the idea. Complete the principle: treat this explanation as a , not as an established fact.
A network issue appeared only during peak usage. After applying a fix, a quick test outside peak hours succeeds. To verify the repair meaningfully, repeat the original test under the that produced the problem.
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