Lesson 3 Flashcards

1
Q

This is from the Greek word Topos meaning place

A

Topology

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2
Q

This is the arrangement of elements of communication network

A

Topology

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3
Q

This is either physical or logical structure of a network

A

Topology

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4
Q

This is the schematic description of the arrangement of network elements

A

Topology

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5
Q

This is the standard term that network professionals use when they refer to the network’s basic design

A

Topology

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6
Q

This refers to the arrangement or physical layout of the computers, cables and other components in the network

A

Physical Topology

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7
Q

This is the path that signals actually take around the network

A

Logical Topology

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8
Q

This describes the flow of data through the network

A

Logical Topology

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9
Q

What are the Standard Topology

A
  • Bus Topology
  • Star Topology
  • Ring Topology
  • Mesh Topology
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10
Q

What are the variations in network topologies

A
  • Tree Topology / Star-Bus
  • Star Ring Topology
  • Hybrid Topology
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11
Q

This talks about all devices are connected to a central cable called the bust, truck, or backbone

A

Bus Topology

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12
Q

In Bus Topology, this is often times referred to as _________, because all nodes are connected in a straight line

A

Linear Bus

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13
Q

This talks about when one computer sends data, in the form of electronic signals, it will be sent to all the computers in the network. But only the computer that matches the destination address encoded in the signal accepts the information. All other computer disregard the message

A

Bus Topology

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14
Q

This is a component attached to each end of the cable to absorb free signals.

A

Terminator

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15
Q

This talks about all network devices are connected into a single concentrating device called hub

A

Star Topology

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16
Q

This device makes it possible for a computer to have indirect connection to all other computer within the network

A

Hub

17
Q

This talks about all computer are connected to one another in a closed loop.

A

Ring Topology

18
Q

This is when a computer sends data along the cable, the message flows around the ring in one direction only.

A

Ring Topology

19
Q

When it comes to this topology, there is no need for terminators because there is no end to the ring.

A

Ring Topology

20
Q

This is one of the methods used to transmit data in the ring topology

A

Token Passing

21
Q

This is a special series of bits that is generated and is passed along the network until a computer that has a need to transmit data makes use of this.

A

Token

22
Q

This requires complex, redundant links between each device in the network.

A

Mesh Topology

23
Q

This can be employed either in full or in partial

A

Mesh Topology

24
Q

This combines the characteristics of both the star and bus topologies

A

Tree Topology/ Star - Bus Topology

25
Q

This uses several star topology networks connected through a single backbone.

A

Tree Topology

26
Q

Its network expansion and combining several independent networks were made possible through this topology

A

Tree Topology

27
Q

This incorporates both star and ring networks

A

Star-Ring Topology

28
Q

This is the other term for Star-Ring Topology

A

Star Wired Ring

29
Q

This combines multiple different topologies and the resulting topology doesn’t fall into basic topology definitions.

A

Hybrid Topology

30
Q

This employs the combined characteristics of the topologies you are going to connect.

A

Hybrid Topology