In mesh topology, every device has a dedicated topology ofa. Point to point linking b. Both a and b c. Multipoint linking d. None of given

In mesh topology, every device has a dedicated topology of
a. Point to point linking
b. Both a and b
c. Multipoint linking
d. None of given
by

1 Answer

Answer :

a. Point to point linking
by

Related questions

Which topology requires a multipoint connection? A) Mesh B) Star C) Bus D) Ring

Description : Which topology requires a multipoint connection? A) Mesh B) Star C) Bus D) Ring

Last Answer : Bus

Multipoint topology is a. Ring b. Mesh c. Bus d. Star

Description : Multipoint topology is a. Ring b. Mesh c. Bus d. Star

Last Answer : c. Bus

In a ______ connection, twoand only two devicesare connected bya dedicated link. A) multipoint B) point-to-point C) (a) and(b) D) none of the above

Description : In a ______ connection, twoand only two devicesare connected bya dedicated link. A) multipoint B) point-to-point C) (a) and(b) D) none of the above

Last Answer : point-to-point

A _______connection provides a dedicated link between twodevices. A) point-to-point B) multipoint C) primary D) secondary

Description : A _______connection provides a dedicated link between twodevices. A) point-to-point B) multipoint C) primary D) secondary

Last Answer : point-to-point

State whether the following is True or False. i) In bus topology, heavy Network traffic slows down the bus speed. ii) It is multipoint configuration. A) True, True B) B) True, False C) False, True D) False, False

Description : State whether the following is True or False. i) In bus topology, heavy Network traffic slows down the bus speed. ii) It is multipoint configuration. A) True, True B) B) True, False C) False, True D) False, False

Last Answer : A) True, True

In a topology, if there are n devices in a network, each device has n-1 ports for cables. A) Mesh B) Star C) Bus D) Ring

Description : In a topology, if there are n devices in a network, each device has n-1 ports for cables. A) Mesh B) Star C) Bus D) Ring

Last Answer : A) Mesh

In mesh topology, relationship between one device and another is .............. A) Primary to peer B) Peer to primary C) Primary to secondary D) Peer to Peer

Description : In mesh topology, relationship between one device and another is .............. A) Primary to peer B) Peer to primary C) Primary to secondary D) Peer to Peer

Last Answer : D) Peer to Peer

Devices may bearrangedin a _____ topology. A) mesh B) ring C) bus D) all of theabove

Description : Devices may bearrangedin a _____ topology. A) mesh B) ring C) bus D) all of theabove

Last Answer : all of theabove

Which topology requires acentral controller or hub? A) Mesh B) Star C) Bus D) Ring

Description : Which topology requires acentral controller or hub? A) Mesh B) Star C) Bus D) Ring

Last Answer : Star

Which network topology is consideredpassive? A. Cross B. Ring C. Star D. Mesh E. Bus

Description : Which network topology is consideredpassive? A. Cross B. Ring C. Star D. Mesh E. Bus

Last Answer : Bus

What is the name of the network topology in which there are bi- directional links between eachpossible node? A) Ring B) Star C) Tree D) Mesh

Description : What is the name of the network topology in which there are bi- directional links between eachpossible node? A) Ring B) Star C) Tree D) Mesh

Last Answer : D) Mesh

For large networks, which topology is used? a. Bus b. Tree c. Ring d. Mesh

Description : For large networks, which topology is used? a. Bus b. Tree c. Ring d. Mesh

Last Answer : b. Tree

Which network topology requires a central controller or hub? a) Star b) Mesh c) Ring d) Bus

Description : Which network topology requires a central controller or hub? a) Star b) Mesh c) Ring d) Bus

Last Answer : a) Star

What are number of cable links required for the 4 devices connected in mesh topology? a. 3 b.4 c. 6 d.1

Description : What are number of cable links required for the 4 devices connected in mesh topology? a. 3 b.4 c. 6 d.1

Last Answer : c. 6

The network topology that is bi-directional links between each possible node. a. Star b. Mesh c. Bus d. Ring

Description : The network topology that is bi-directional links between each possible node. a. Star b. Mesh c. Bus d. Ring

Last Answer : b. Mesh

A DVD is an example ofa(n) – (A) hard disk (B) opticaldisc (C) output device (D) solid-state storage device (E) None of these

Description : A DVD is an example ofa(n) – (A) hard disk (B) opticaldisc (C) output device (D) solid-state storage device (E) None of these

Last Answer : opticaldisc

State whether the following is True or False. i) In bus topology, heavy Network traffic slows down the bus speed. ii) It is multipoint configuration. A) True, True B) True, False C) False, True D) False, False

Description : State whether the following is True or False. i) In bus topology, heavy Network traffic slows down the bus speed. ii) It is multipoint configuration. A) True, True B) True, False C) False, True D) False, False

Last Answer : A) True, True

State whether the following is True or False. i) In bus topology, heavy Network traffic slows down the busspeed. ii) It is multipoint configuration. A) True, True B) True, False C) False, True D) False, False

Description : State whether the following is True or False. i) In bus topology, heavy Network traffic slows down the busspeed. ii) It is multipoint configuration. A) True, True B) True, False C) False, True D) False, False

Last Answer : A) True, True

In a ................topology, if there are n devices in a network, each device has n-1 ports for cables. A) Mesh B) Star C) Bus D) Ring

Description : In a ................topology, if there are n devices in a network, each device has n-1 ports for cables. A) Mesh B) Star C) Bus D) Ring

Last Answer : A) Mesh

In mesh topology, relationship between one device and another is .............. A) Primary to peer B) Peer to primary C) Primary to secondary D) Peer to Peer

Description : In mesh topology, relationship between one device and another is .............. A) Primary to peer B) Peer to primary C) Primary to secondary D) Peer to Peer

Last Answer : D) Peer to Peer

In a................ topology, if there are n devices in a network, each device has n-1 ports for cables. A) Mesh B) Star C) Bus D) Ring

Description : In a................ topology, if there are n devices in a network, each device has n-1 ports for cables. A) Mesh B) Star C) Bus D) Ring

Last Answer : Mesh

In mesh topology, relationship between one device and another is .............. A) Primary to peer B) Peer to primary C) Primary to secondary D) Peer to Peer

Description : In mesh topology, relationship between one device and another is .............. A) Primary to peer B) Peer to primary C) Primary to secondary D) Peer to Peer

Last Answer : D) Peer to Peer

High-level Data Link Control (HDLC) is a _______ protocol for communication over point-to-pointand multipoint links. A) bit-oriented B) byte-oriented C) character-oriented D) none of the above

Description : High-level Data Link Control (HDLC) is a _______ protocol for communication over point-to-pointand multipoint links. A) bit-oriented B) byte-oriented C) character-oriented D) none of the above

Last Answer : bit-oriented

A linear SONET network can be __________. A) point-to-point B) multipoint C) either (a) or (b) D) neither (a) nor (b)

Description : A linear SONET network can be __________. A) point-to-point B) multipoint C) either (a) or (b) D) neither (a) nor (b)

Last Answer : point-to-point

In a ________ connection, three or more devices share a link. A) multipoint B) point-to-point C) (a) and(b) D) none of the above

Description : In a ________ connection, three or more devices share a link. A) multipoint B) point-to-point C) (a) and(b) D) none of the above

Last Answer : multipoint

In a _______ connection, more thantwo devices can share asingle link. A) point-to-point B) multipoint C) primary D) secondary

Description : In a _______ connection, more thantwo devices can share asingle link. A) point-to-point B) multipoint C) primary D) secondary

Last Answer : multipoint

Three or more devices share a link in ________ connection. a) Unipoint b) Multipoint c) Point to point d) Simplex

Description : Three or more devices share a link in ________ connection. a) Unipoint b) Multipoint c) Point to point d) Simplex

Last Answer : b) Multipoint

To instruct Wordto fit the width ofa column to the contents ofa table automatically, click the button and then point to AutoFit Contents. (A) Fit to Form (B) Format (C) Autosize (D) Contents (E) AutoFit

Description : To instruct Wordto fit the width ofa column to the contents ofa table automatically, click the button and then point to AutoFit Contents. (A) Fit to Form (B) Format (C) Autosize (D) Contents (E) AutoFit

Last Answer : AutoFit

To connect a computer with a device inthe same room, you might be likely to use A. a coaxial cable B. a dedicated line C. a groundstation D. All of theabove

Description : To connect a computer with a device inthe same room, you might be likely to use A. a coaxial cable B. a dedicated line C. a groundstation D. All of theabove

Last Answer : a coaxial cable

To connect a computer with a device inthe same room, you might be likely to use A. a coaxial cable B. a dedicated line C. a groundstation D. All of theabove E. None of the above

Description : To connect a computer with a device inthe same room, you might be likely to use A. a coaxial cable B. a dedicated line C. a groundstation D. All of theabove E. None of the above

Last Answer : a coaxial cable

What is the central device in star topology? a. STP serveb. Hub/switch c. PDC d. Router

Description : What is the central device in star topology? a. STP serve b. Hub/switch c. PDC d. Router

Last Answer : b. Hub/switch

Inthe _______method, after thestation finds the line idle it sends or refrainfrom sending based on the outcome ofa random number generator. If the line is busy, it tries againA)nonpersistentB)1-persistentC)p-persistentD)none of the above

Description : Inthe _______method, after thestation finds the line idle it sends or refrainfrom sending based on the outcome ofa random number generator. If the line is busy, it tries again A) nonpersistent B) 1-persistent C) p-persistent D) none of the above

Last Answer : p-persistent

The _______ address in theheader ofa packet in adatagram network normally remains thesame during the entire journeyof the packet. A) source B) destination C) local D) none of the above

Description : The _______ address in theheader ofa packet in adatagram network normally remains thesame during the entire journeyof the packet. A) source B) destination C) local D) none of the above

Last Answer : destination

_________ media transportelectromagnetic waves without the use ofa physical conductor. A) Guided B) Unguided C) Either (a) or (b) D) None of the above

Description : _________ media transportelectromagnetic waves without the use ofa physical conductor. A) Guided B) Unguided C) Either (a) or (b) D) None of the above

Last Answer : Unguided

______ cables arecomposed ofa glass or plastic inner core surrounded by cladding, allencasedin an outside jacket. A) CoaxiaB) Fiber-optic C) Twisted-pair D) none of the abovel

Description : ______ cables arecomposed ofa glass or plastic inner core surrounded by cladding, allencasedin an outside jacket. A) Coaxial B) Fiber-optic C) Twisted-pair D) none of the above

Last Answer : Fiber-optic

_____ isa digitalprocess that allows several connections to share thehighbandwidth ofa link. A) FDM B) TDM C) WDM D) None of the above

Description : _____ isa digitalprocess that allows several connections to share thehighbandwidth ofa link. A) FDM B) TDM C) WDM D) None of the above

Last Answer : TDM

The Nyquist theorem specifies the minimum samplingrate to be_______. A) equal to the lowest frequency of asignal B) equal to the highest frequency ofa signal C) twice thebandwidth of a signal D) twice thehighest frequencyof a signal

Description : The Nyquist theorem specifies the minimum samplingrate to be_______. A) equal to the lowest frequency of asignal B) equal to the highest frequency ofa signal C) twice thebandwidth of a signal D) twice thehighest frequencyof a signal

Last Answer : twice thehighest frequencyof a signal

What is the bandwidth ofa signal that ranges from 1 MHz to4 MHz? A) 4 MHz B) 1 KHz C) 3 MHz D) none of the above

Description : What is the bandwidth ofa signal that ranges from 1 MHz to4 MHz? A) 4 MHz B) 1 KHz C) 3 MHz D) none of the above

Last Answer : 3 MHz

The ____layer is responsible for the movement ofa signal across aphysical line. A) section B) line C) path D) photonic

Description : The ____layer is responsible for the movement ofa signal across aphysical line. A) section B) line C) path D) photonic

Last Answer : section

In IPv6, the _______ field inthe baseheader restricts the lifetime ofa datagram. A) version B) next-header C) hoplimit D) neighbor-advertisemen

Description : In IPv6, the _______ field inthe baseheader restricts the lifetime ofa datagram. A) version B) next-header C) hoplimit D) neighbor-advertisemen

Last Answer : hoplimit

The basic unit ofa worksheet into which you enter data in Excel is called a– (A) tab (B) cell (C) box (D) range (E) None of these

Description : The basic unit ofa worksheet into which you enter data in Excel is called a– (A) tab (B) cell (C) box (D) range (E) None of these

Last Answer : cell

Which of the following is not a network topology : Star, Mesh , Tree, Bug , Bus -Technology

Description : Which of the following is not a network topology : Star, Mesh , Tree, Bug , Bus -Technology

Last Answer : Answer : Bug

How is Mesh Topology connected ?

Description : How is Mesh Topology connected ?

Last Answer : In the case of mesh topology, each computer in the network is directly connected to another computer.

What is the problem with mesh topology ?

Description : What is the problem with mesh topology ?

Last Answer : Answer : Disadvantages of Mesh Topology The network installation and configuration in this topology is quite complex. The longer the connection lines, the higher the cost. Moreover the cost increases further as additional links have to be placed in the network.

What are the benefits of Mesh Topology ?

Description : What are the benefits of Mesh Topology ?

Last Answer : Answer : The advantage of mesh topology is that signals can be exchanged very fast between any two nodes. There is no problem in any corner if the computer or connection line is damaged. This ... problem. It has a lot more certainty in data communication. Network problems can be solved very easily.

What is Mesh or Interconnected Topology ?

Description : What is Mesh or Interconnected Topology ?

Last Answer : Answer : In the case of mesh topology, every computer under the network is directly connected to all other computers. It has a separate link or bus between each workstation. So each workstation can ... connections. As the number of nodes in the network increases, so does the number of connections.

What is Mesh Topology ?

Description : What is Mesh Topology ?

Last Answer : Mesh topology If there is an additional connection between a network device or PC , it is called mesh topology. Most mesh topology networks are not real mesh networks. These are actually hybrid ... secure in data communication network problems can be solved very easily. This is called mesh topology.

What is the number of wires connected in Mesh Topology with 6 nodes ?

Description : What is the number of wires connected in Mesh Topology with 6 nodes ?

Last Answer : : The number of wires connected in Mesh topology with 6 nodes will be 26.

what advantage does the mesh topology have over the star and bus topo log?

Description : what advantage does the mesh topology have over the star and bus topo log?

Last Answer : Mesh topology is reliable and robust as failure of one link doesn't affect other links and the communication between other devices on the network. 3. Mesh topology is secure because there is a point to point link thus unauthorized access is not possible.