WCoursesITNT201-Sem2-Sec3-YAGeneralTION ITNT201-SEM2 2020 2021Match the given description to the correct switchingdomain.If the links are configured as full-duplex, which domain can beChoose...eliminated?Which switching domain can becan broken it into smallerdomains by using a layer 3Choose..device, such as a router?Which switching domain consistsof all devices on the LAN thatreceive the broadcast traffic?Choose...Which domains are eliminated bySwitches and reduce congestion?Choose...Choose...Collision DomainBroadcast DomainNext pageFINAL EXAMINATI.

Collision domain: Broadcast Domain: In collision domain the traffic flow is from backward and…

Match the given description to the correct switching domain. If the links are configured as full- duplex, which domain can be Choose... eliminated? Which switching domain can be can broken it into smaller Choose.. domains by using a layer 3 device, such as a router? Which switching domain consists of all devices on the LAN that receive the broadcast traffic? Choose...

Match the given description to the correct switching domain. If the links are configured as full- duplex, which domain can be Choose... eliminated? Which switching domain can be can broken it into smaller Choose.. domains by using a layer 3 device, such as a router? Which switching domain consists of all devices on the LAN that receive the broadcast traffic? Choose...

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Similar questions

Suppose your youngster uses the school's wireless LAN to access to the internet and inputs www.google.com into a web browser... (Or any other website you can think of). To avoid misunderstanding, specify the various routing protocols in the precise sequence in which they should be implemented.
An application sends 200 bytes data. If each layer adds 20 bytes as a header and the length of any possible trailer is 40 bytes, what would be the overall efficiency of the network in percentage for an error free channel for the OSI model and TCP/IP suite protocol?
Say your kid logs into the school's Wi-Fi and immediately visits www.google.com. (Or, indeed, any online resource). The precise sequence of the various routing protocols should be included to avoid any confusion.
What is the minimum size of an Ethernet frame that carries an IPv4 packet which in turn carries an ICMPv4 packet? What is the maximum size?
Think of an HTTP client asking for a URL. Unknown initial IP address of HTTP server. What additional protocols at the transport and application layers are necessary?
If many subnets can already be built on a single switch and users connected to various subnets are unable to interact with one another, why do we need virtual LANs? Give a justification for your response using an example from the topology.
In which situation a dynamic routing protocol is more beneficial than static routing? O a. on a stub network that has a single exit point b. in an organization where routers suffer from performance issues O c. on a network where there is a lot of topology changes d. in an organization with a smaller network that is not expected to grow in size
What is the minimum size of an Ethernet frame that carries an IPv4 packet which in turn carries an ICMPv4 packet? What is the maximum size?
Questions: 1. From page 41 of the slides, in the data link layer, does the MAC frame change in the transmission? 2. If your answers of question 4 and 5 are not correct, please answer them again. 3. In the IP datagram we use the IP address, and in the MAC frame we use the hardware address. In the slide 40, which source IP address and destination IP address are used in the IP datagram flows on the network layer from H1 to H2?
Can you give me a correct and accurate answer please
When we can already create several subnets on a single switch and users connected to various subnets are unable to interact with one another, why do we need virtual LANs? An explanation of your response should be provided, along with an illustration using a topology-related example.
Between Host Q and Host Y, there are ten routers in a network. How many data connections will there be between Host Q and Host Y when a packet is sent from Host Q to Host Y? (Hint: Draw something.) How many routes are there? How many frames are there?