TCP/IP Model Flashcards

1
Q

What are the four layers of the TCP/IP model

A

Application
Transport
Internet
Network Interface (Network Access)

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2
Q

How is the TCP/IP model divided?

A

Functionally

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3
Q

helps you to identify communication partners, determining resource availability, and synchronizing communication

A

Application Layer

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4
Q

It allows users to log on to a remote host

A

Application Layer

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5
Q

This layer provides various e-mail services

A

Application Layer

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6
Q

offers distributed database sources and access for global information about various objects and services.

A

Application Layer

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7
Q

builds on the network layer in order to provide data transport from a process on a source system machine to a process on a destination system. It is hosted using single or multiple networks, and also maintains the quality of service functions.

A

Transport Layer

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8
Q

It divides the message received from the session layer into segments and numbers them to make a sequence.

A

Transport Layer

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9
Q

Transport layer makes sure that the message is delivered to the correct process on the destination machine.

A

Transport Layer

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10
Q

It also makes sure that the entire message arrives without any error else it should be retransmitted.

A

Transport Layer

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11
Q

second layer of the TCP/IP model. It is also known as a network layer. The main work of this layer is to send the packets from any network, and any computer still they reach the destination irrespective of the route they take.

A

Internet Layer

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12
Q

Layer-management protocols

  • Routing protocols
  • Multicast group management
  • Network-layer address assignment.
A

Internet Layer/Network Layer

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13
Q

offers the functional and procedural method for transferring variable length data sequences from one node to another with the help of various networks.

A

Internet Layer

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14
Q

Message delivery is not guaranteed.

A

Internet Layer

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15
Q

network access layer. It helps you to defines details of how data should be sent using the network.

A

Network Interface Layer

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16
Q

includes how bits should optically be signaled by hardware devices which directly interfaces with a network medium, like coaxial, optical, coaxial, fiber, or twisted-pair cables.

A

Network Interface Layer

17
Q

This layer defines how the data should be sent physically through the network. This layer is responsible for the transmission of the data between two devices on the same network.

A

Network Interface Layer