A) Star topology
B) Ring topology
C) Bus topology
D) Mesh topology
7. What is the primary function of the transport layer?
A) Data formatting
B) Error detection
C) Reliable data transfer
D) Physical transmission
8. Which of the following is NOT a type of network protocol?
A) Network communication protocols
B) Network management protocols
C) Network application protocols
D) Network security protocols
9. What does CSMA/CD stand for?
A) Carrier Sense Multiple Access with Collision Detection
B) Carrier Sense Multiple Access with Collision Avoidance
C) Communication Sense Multiple Access with Collision Detection
D) None of the above
10. Which layer of the TCP/IP model handles the physical transmission of data?
A) Internet layer
B) Datalink layer
C) Transport layer
D) Application layer
11. What is a primary characteristic of a LAN?
A) Covers large geographical areas
B) High-speed data transfer rates
C) Managed by external organizations
D) Lower fault tolerance
12. Which protocol is used for secure HTTP communication?
A) FTP
B) SMTP
C) HTTPS
D) TCP
13. What does the application layer refer to?
A) Hardware specifications
B) User interface interactions
C) Physical connections
D) Data packet routing
14. Which one of the following is the application of Client-side programs?
A) Makes interactive web pages
B) Make stuffs work dynamically
C) Interact with local storage
D) all are answer
15. What is the main purpose of network security protocols?
Answer (2)
The questions address fundamental networking principles, focusing on the transport layer's role, definitions of various network protocols, and characteristics of LANs. Key answers include that the transport layer ensures reliable data transfer, CSMA/CD stands for Carrier Sense Multiple Access with Collision Detection, and HTTPS is used for secure communication. Understanding these concepts is crucial for effective network design and security.
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The questions focus on the fundamental principles of networking, including the roles of different layers and protocols. Key elements include the transport layer's reliability, types of network protocols, and secure communication methods. Understanding these concepts is essential for effective network design and security. ;
