What does TCP/IP primarily facilitate in computing?

What does TCP/IP primarily facilitate in computing?

• A. Local file sharing
• B. Data encryption
• C. Network communication
• D. Database management

Answer: (C)

TCP/IP, which stands for Transmission Control Protocol/Internet Protocol, is fundamentally designed to facilitate communications over networks. The primary purpose of this suite of protocols is to enable devices to communicate with each other across various types of networks, including the internet. TCP/IP establishes rules for data transmission, ensuring that information can be sent and received accurately. It breaks down messages into packets, which are then transmitted over the network, allowing for efficient communication between computers and other devices regardless of their specific hardware or operating systems. This communication capability is crucial for a wide variety of applications, such as web browsing, email, and file transfers, all of which rely on TCP/IP to function effectively. In contrast, local file sharing, data encryption, and database management serve different functions or are based on different technologies. Local file sharing generally uses protocols focused on file systems and sharing mechanisms that may not directly involve TCP/IP. Data encryption can be implemented on top of TCP/IP for secure communications but is not a primary function of the protocol itself. Database management refers to software systems that handle storage, retrieval, and management of data, which is also distinct from the role of TCP/IP in communication. Thus, the correct answer highlights the fundamental role of TCP/IP as the backbone of network

TCP/IP, which stands for Transmission Control Protocol/Internet Protocol, is fundamentally designed to facilitate communications over networks. The primary purpose of this suite of protocols is to enable devices to communicate with each other across various types of networks, including the internet.

TCP/IP establishes rules for data transmission, ensuring that information can be sent and received accurately. It breaks down messages into packets, which are then transmitted over the network, allowing for efficient communication between computers and other devices regardless of their specific hardware or operating systems. This communication capability is crucial for a wide variety of applications, such as web browsing, email, and file transfers, all of which rely on TCP/IP to function effectively.

In contrast, local file sharing, data encryption, and database management serve different functions or are based on different technologies. Local file sharing generally uses protocols focused on file systems and sharing mechanisms that may not directly involve TCP/IP. Data encryption can be implemented on top of TCP/IP for secure communications but is not a primary function of the protocol itself. Database management refers to software systems that handle storage, retrieval, and management of data, which is also distinct from the role of TCP/IP in communication. Thus, the correct answer highlights the fundamental role of TCP/IP as the backbone of network