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CompTIA N10-008 Exam Questions

Exam Name: CompTIA Network+ Certification Exam
Exam Code: N10-008
Related Certification(s): CompTIA Network+ Certification
Certification Provider: CompTIA
Actual Exam Duration: 90 Minutes
Number of N10-008 practice questions in our database: 857 (updated: Dec. 17, 2024)
Expected N10-008 Exam Topics, as suggested by CompTIA :
  • Topic 1: Networking Fundamentals: This topic covers the foundational aspects of networking, including a comparison of the OSI model layers and encapsulation concepts, characteristics of network topologies and types, types of cables and connectors, subnetting and IP addressing schemes. Moreover, it covers common ports and protocols, network services, corporate and datacenter network architectures, cloud concepts, and connectivity options.
  • Topic 2: Network Implementations: In this topic, you'll find information on various networking devices, their features, and placement on the network, routing technologies, and bandwidth management. Additionally, the topic covers Ethernet switching features deployment, and configuration of wireless standards and technologies based on different scenarios.
  • Topic 3: Network Operations: Here, you'll learn about using network statistics and sensors for ensuring availability, understanding organizational documents and policies, high availability and disaster recovery concepts, and determining the best solutions for ensuring network reliability.
  • Topic 4: Network Security: This topic discusses common security concepts, types of network attacks, network hardening techniques, and remote access methods. Moreover, application of hardening techniques and the importance of physical security measures is also discussed in this topic.
  • Topic 5: Network Troubleshooting: This topic covers network troubleshooting methodologies, troubleshooting common cable connectivity issues using appropriate tools, utilizing network software tools and commands for diagnostics. Additionally, it focuses on troubleshooting wireless connectivity problems, and addressing general networking issues that may arise.
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Marsha

3 days ago
Passed Network+ in record time! Kudos to Pass4Success for the efficient prep materials.
upvoted 0 times
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Noel

4 days ago
I just passed the CompTIA Network+ exam, and the Pass4Success practice questions were a great resource. One question that puzzled me was about subnetting in IPv4 addressing. I wasn't sure about the correct subnet mask to use, but I still made it through.
upvoted 0 times
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Willow

14 days ago
Thanks to Pass4Success for their exam prep materials! Their practice questions on troubleshooting network issues were spot on.
upvoted 0 times
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Dominic

20 days ago
Happy to report that I passed the CompTIA Network+ exam! The practice questions from Pass4Success were invaluable. There was a tricky question about the differences between MPLS and traditional WAN links. I wasn't confident in my answer, but I still passed.
upvoted 0 times
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Cora

1 months ago
Wireless security protocols were heavily tested. Know the differences between WEP, WPA, WPA2, and WPA3.
upvoted 0 times
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Jacquelyne

1 months ago
Aced the CompTIA Network+ exam! Pass4Success questions were incredibly relevant.
upvoted 0 times
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Linwood

1 months ago
I passed the CompTIA Network+ exam, and the Pass4Success practice questions were a big help. One question that threw me off was about the differences between public and private cloud models. I wasn't entirely sure which one offered better scalability, but I managed to pass.
upvoted 0 times
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Regenia

2 months ago
Excited to share that I passed the CompTIA Network+ exam! Thanks to Pass4Success practice questions, I felt well-prepared. There was a tough question about implementing VPNs to secure a network. I wasn't sure about the best protocol to use, but I still succeeded.
upvoted 0 times
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Rex

2 months ago
Network topologies were a big part of the exam. Study bus, star, mesh, and ring configurations, including their pros and cons.
upvoted 0 times
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Franchesca

2 months ago
I am thrilled to announce that I passed the CompTIA Network+ exam. The Pass4Success practice questions were instrumental in my preparation. One question that I found challenging was about the OSI model, specifically which layer handles error detection and correction. Despite my uncertainty, I passed!
upvoted 0 times
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Juliana

2 months ago
Network+ certified! Pass4Success prep materials were a lifesaver for quick studying.
upvoted 0 times
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Simona

3 months ago
Subnet mask calculations came up a lot. Practice converting between binary and decimal, and understand CIDR notation.
upvoted 0 times
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Jules

3 months ago
Just passed the CompTIA Network+ exam! The practice questions from Pass4Success were a lifesaver. There was a tricky question about configuring static routes on a router. I wasn't confident about the exact command syntax, but I still made it through.
upvoted 0 times
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Louvenia

3 months ago
Just passed my CompTIA Network+ exam! The OSI model questions were tricky. Make sure you know each layer's functions and protocols.
upvoted 0 times
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Janae

3 months ago
I recently passed the CompTIA Network+ Certification Exam, and I have to say that the Pass4Success practice questions were incredibly helpful. One question that stumped me was about the differences between star and mesh topologies. I wasn't entirely sure which topology provided better fault tolerance, but I managed to pass the exam nonetheless.
upvoted 0 times
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Lina

3 months ago
Just passed my CompTIA Network+ exam! Thanks Pass4Success for the spot-on practice questions.
upvoted 0 times
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Cammy

4 months ago
Passing the CompTIA Network+ Certification Exam was a great accomplishment for me. With the help of Pass4Success practice questions, I was able to grasp concepts like Ethernet switching features and wireless technologies. During the exam, I encountered a question related to routing technologies. It was a tough one, but I managed to select the right answer and pass the exam.
upvoted 0 times
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Paz

5 months ago
My experience taking the CompTIA Network+ Certification Exam was challenging but rewarding. Thanks to Pass4Success practice questions, I was able to successfully navigate through topics such as network services and corporate network architectures. One question that I remember from the exam was about common ports and protocols. It was a tricky one, but I was able to answer it correctly.
upvoted 0 times
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Jaclyn

6 months ago
Security is a major focus on the Network+ exam. You'll encounter questions about various network security protocols, encryption methods, and best practices. Make sure you understand the differences between WPA, WPA2, and WPA3, as well as common network attacks and mitigation strategies.
upvoted 0 times
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Shawnna

6 months ago
Just passed the CompTIA Network+ exam! A crucial topic was subnetting. Expect questions on calculating subnet masks and available host addresses. Focus on understanding CIDR notation and practicing quick subnet calculations. Thanks to Pass4Success for providing spot-on practice questions that helped me prepare efficiently!
upvoted 0 times
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Pearlie

6 months ago
I recently passed the CompTIA Network+ Certification Exam with the help of Pass4Success practice questions. The exam covered a wide range of topics, including networking fundamentals and network implementations. One question that stood out to me was related to subnetting and IP addressing schemes. I was a bit unsure of the answer, but I managed to pass the exam.
upvoted 0 times
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Free CompTIA N10-008 Exam Actual Questions

Note: Premium Questions for N10-008 were last updated On Dec. 17, 2024 (see below)

Question #1

Which of the following synchronizes time on all devices within a network?

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Correct Answer: C

Network Time Protocol (NTP): NTP is a widely adopted protocol for synchronizing clocks across network devices. It ensures that all devices have accurate and consistent time. NTP uses a hierarchical system of time sources to maintain synchronization.


Professor Messer - Network+ Certification Course

CompTIA Network+ N10-008 Study Guide

Auvik - Network Time Synchronization: Why and How It Works

Question #2

An administrator is adjusting the routing policy to ensure the headquarters location can connect to a new out-of-state branch office via BGP. Which of the following types of networks is being described?

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Correct Answer: D

The type of network being described here is aWAN (Wide Area Network). BGP (Border Gateway Protocol) is commonly used for routing between different autonomous systems (ASes) over large geographical distances, such as connecting branch offices across states or countries.

WAN (Wide Area Network): A WAN spans a large geographic area and connects multiple LANs (Local Area Networks) or other networks. It allows communication between distant locations, such as connecting branch offices, data centers, or remote sites. BGP is often used in WANs to exchange routing information between different ASes.

BGP (Border Gateway Protocol): BGP is an exterior gateway protocol used for routing between autonomous systems (ASes). It enables routers in different ASes to exchange information about network reachability and select optimal paths for data transmission.


Question #3

An engineer recently installed a new distribution switch and connected two servers provisioned with the following IPs: 192.168.17.20 and 192.168.17.30. The servers cannot connect to the Internet, but they can reach themselves. The engineer observes that the distribution switch has the following setup:

The engineer is able to reach the core router 192.168.17.1 from the distribution switch. Which of the following is the most likely cause of this issue?

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Correct Answer: C

The servers can communicate with each other but not the internet, indicating local network connectivity is fine. The distribution switch's VLAN and IP configuration are correct, and the engineer can reach the core router, suggesting the issue is not with the switch or the router. The most likely cause is that the servers do not have a default gateway configured, which is necessary for traffic to leave the local network and reach the internet.


Question #4

A! which of the following layers of the OSI model can switches operate? (Select two).

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Correct Answer: B, C

Switches operate atLayer 2andLayer 3of the OSI model. Here's a brief explanation for each layer:

Layer 2 (Data Link Layer):

Switches primarily operate at this layer.

They use MAC addresses to forward frames within a local network (LAN).

Switches create and maintain MAC address tables to make forwarding decisions.

Examples of switches include Ethernet switches and VLAN switches.

Layer 3 (Network Layer):

Some advanced switches (known asLayer 3 switches) can perform routing functions.

Layer 3 switches can route traffic between different subnets within the same LAN.

They use IP addresses to make routing decisions.

Layer 3 switches combine the features of switches and routers.


Question #5

Which of the following fields are negotiated during the three-way-handshake process? (Select three).

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Correct Answer: A, C, G

During the TCP three-way handshake process, the following fields are negotiated:

A . Sequence number: Initial sequence numbers are established during the handshake to keep track of the segments in the communication.

C . Window size: This determines the amount of data that can be sent before receiving an acknowledgment.

G . Acknowledgment number: This confirms receipt of the data and also indicates the next expected byte.

The other options are not negotiated during the three-way handshake:

B . MTU (Maximum Transmission Unit): This is determined at the network layer and is not negotiated during the handshake.

D . MSS (Maximum Segment Size): This is communicated during the handshake but not negotiated; it's declared by the sender to inform the receiver of the maximum segment size it can handle.

E . TTL (Time To Live): This is set in each IP packet to limit its lifespan and is not negotiated during the handshake.

F- Flags: Specific flags are used during the handshake (SYN and ACK), but they are not ''negotiated'' per se.

H) CRC (Cyclic Redundancy Check): This is used for error-checking in frames at the data link layer and is not part of the three-way handshake.


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