A network 100.100.8.0/25SS. 2SS. 255. O is dNickel into 5 networkusing routers as shown in the figure the Site for each network;100, 30, 20, 10 and 12 hosts.- Perform Subnetting for both host and link networks- show the range, Subnet mask and the get way for each network-Show the address for hosts and routers link10030ISPYourRouter100.100.8.0/24 -20Ny112

Step 1: To support the following number of hosts, the network 100.100.8.0/24 must be subnetted into…

Answered: A network 100.100.8.0/25SS. 2SS. 255. O…

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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Consider the network depicted in the below figure. Suppose that router R1 receives a packet Pktl from host PC1. The length of packet Pktl is L = 25 Mbit. Router R1 takes 0.4 msec to determine the output link of packet Pktl. Packet Pktl is to be forwarded. through the output link to router R2. Packet Pktl waits 136 ms at the output link for transmission. The transmission link of the link between router R1 and router R2 is R = 5 Mbps. The distance between router R1 and router R2 is 400 Km and the propagation speed over the link is 2*108 m/s. PC1 a. b router R2. R1 R2 R3 Find the queuing delay of packet Pktl at router R1. Find the propagation delay of packet Pktl over the link from router R1 to
the packet size is 8 Bits. There are 5 routes between the sending host and the receiving host. each link has a transmission rate of 1 Mbps. sUPPOSE THAT ALL ROUTERS USE STORE AND FORWARD PACKETS SWITCHING. Assuming zero propagation delay. determine total end to end delay to send 5 packet
For the following networks, can we subnet them according to the information given in the table below? Network IP Number of Subnets Can be subnetted? If yes, state the number of hosts per sub- network If no, state the reason 192.168.11.192 / 26 8 19.168.1.32 / 27 16 172.16.0.0 / 16 4 172.31.128.0 / 24 2 10.192.0.0 / 10 20 10.255.255.128 / 25 2 For all the networks in the table that can be subnetted, state the following information for their corresponding sub-networks: 1. Network IP 2. Subnet Mask 3. First Host IP 4. Last Host IP 5. Broadcast IP
q18- When the destination network is not listed in the routing table of a Cisco router, what is possible action that the router might take? Select one: A. The router forwards the packet to the interface indicated by the source address. B. The router forwards the packet toward the next hop indicated in the ARP table. C. The router discards the packet. D. The router sends an ARP request to determine the required next hop address.
Fa0 Server-PT Fa0 PC-PT Fa0/3 Fa1 Server2 PC1 Fa0 Fa2 Hub-PT Fa0/2 2960- Fa0/1 Fa0/0 Fa0 Switchu Hub0 Fa0/1 Fa0 2811 Router0 Server-PT PC-PT Server1 PC2 In the above network, assume that the switch ports are all in vlan 1. How many broadcast domains are there? How many collision domains are there How many subnets should exist?
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?
List the classes of IPv4 addresses and their default subnet masks. In the final column list the number of host addresses per IP address and network addresses. IPv4 CLASS & ADDRESSES Default Subnet Mask Total Number of Network Addresses Possible (one number) Total Number of Host/Node Addresses Per Network Address (one number)
What static routes need to be added to routers A and B for PC communication across the whole topology?
Scenario two: If you have been given only the IP 200.75.64.0/25. Use subnetting technique distribute the IP's in a table showing the Subnet/Branch IP, usable host range (excluding the gateway address), the gateway address, the broadcast address and the subnet mask for each subnet/branch. Show all you calculation/design steps.
I have this drawing on packet tracer the DNS and the http and ip addresses are added according to what has been written I need help connecting all the devices of the first router to the second router and all the devices of the second router to the first router
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?

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