Consider the below topology and Implement the given Routing Protocols on the topology using Cisco Packet Tracer for the Finance department and you have to make sure that the PCs are reachable from each other. Use EIGRP Routing Protocol only. 20.0.0.08 uter-PT Routerd Router- Routers 30.0.0.08 10.0.0.0 90.0.0.0 170.0.0.0/6 180.0.0.0/16 200.0.0.08 uter-PT Router3 PC-PT RoutereT Router Router-PT Router2 PC-PT PC2 PC1 60.0.0.08 40.0.0.0 Router-PT Router7 Router-PT 50.0.0.0 Routeré

Consider the below topology and Implement the given Routing Protocols on the topology using Cisco Packet Tracer for the Finance department and you have to make sure that the PCs are reachable from each other. Use EIGRP Routing Protocol only. 20.0.0.08 uter-PT Routerd Router- Routers 30.0.0.08 10.0.0.0 90.0.0.0 170.0.0.0/6 180.0.0.0/16 200.0.0.08 uter-PT Router3 PC-PT RoutereT Router Router-PT Router2 PC-PT PC2 PC1 60.0.0.08 40.0.0.0 Router-PT Router7 Router-PT 50.0.0.0 Routeré

A+ Guide to Hardware (Standalone Book) (MindTap Course List)

9th Edition

ISBN:9781305266452

Author:Jean Andrews

Publisher:Jean Andrews

Chapter8: Connecting To And Setting Up A Network

Section: Chapter Questions

Problem 10RB

See similar textbooks

Similar questions

Bitwise AND operation is needed to obtain the subnet number. Given an IP Address and Subnet Mask, by performing bit wise AND operation, the corresponding Subnet Number can be obtained (think about the "neighborhood" name, or your family's last name – that's the subnet number). In routers, the routing tables essentially use the subnet numbers to build the routing tables and route the packets to different networks (i.e., to different "neighborhoods") Calculate the bit-wise and operation of IP address and subnet mask to get the subnet. Examples: 1. What is subnet number of IP Address 60.60.60.2 with a subnet mask of 255.255.255.240? 60.60.60.2 in binary = 00111100.00111100.00111100.00000010 255.255.255.240 in binary = 11111111.11111111.11111111.11110000 AND Result in binary: Therefore, the subnet number is in decimal notation: Please do the same calculation as above by completing the table below (make sure to show your work): /n prefix /24 IP Address Subnet Mask Subnet Number…
Consider a network with 4 links between two hosts where the maximum allowable packet size is 1000 bits; each link has a transmission rate of 2000 bits per second, except the second link has a transmission rate of 1000 bits per second. How long does it take to send 6000 bits from one host to the other? You may ignore propogation delay, assume there is no other traffic on the network, and assume that no routers drop packets due to queue length. Round your answer to two decimal places.
Scenario: your kid logs into the school's wireless LAN, puts in "www.google.com," and starts browsing the web (Or any other website you can think of). Clearly stating the recommended sequence for using the various routing protocols would help eliminate any ambiguity.
One problem with DistanceVector routing is the "Count to infinity" problem. What does this mean?Group of answer options In the event of changes in the network, it takes a long time before the routing tables become correct The routing tables can be infinitely large The number of necessary routers can be infinitely large It will be very time consuming to configure the routers correctly
What exactly is it that the routing protocol is trying to accomplish? You may get a better idea of how the Routing Information Protocol, sometimes known as RIP, works by looking at the following working example.
A router needs to transmit an IPv4 datagram with a total size of S bytes. The link layer of the router’s output port uses ATM AAL5 standard. Find the number of ATM cells that will be transmitted on this port, and the needed padding bytes, if any, for the following cases: For S = 42140, the total number of ATM cells is cells, and the number padding bytes are bytes. For S = 8871, the total number of ATM cells is cells, and the number padding bytes are bytes. For S = 36211, the total number of ATM cells is cells, and the number padding bytes are bytes. For S = 17752, the total number of ATM cells is cells, and the number padding bytes are bytes.
CIS269 Packet Translation Lab Break down the following IP datagram into its individual fields, listing the value of each. Hint: It’s an IP datagram containing a TCP segment containing another protocol… 45 00 00 31 94 00 40 00 80 06 1B 9F 80 A3 C9 29 D8 45 29 15 04 09 00 15 00 00 C3 A1 DF 65 A8 45 50 18 20 AA 8E 8C 00 00 43 57 44 20 66 75 6E 0D 0A
The maximum packet size (Maximum Transmission Unit or MTU) of an IP packet including IPv4 header on 100 Mbps Ethernet is usually set at 1500 bytes. A typical IPv4 header consists of 20 bytes, and a UDP header consists of 8 bytes. If we split up a file of 20,000,000 bytes so we can send it as a series of UDP payloads, how many IP packets do we have to send in order to transfer the entire file? Enter an integer number without formatting (no commas). Answer:
The maximum packet size (Maximum Transmission Unit or MTU) of an IP packet including IPv4 header on 100 Mbps Ethernet is usually set at 1500 bytes. A typical IPv4 header consists of 20 bytes, and a UDP header consists of 8 bytes. If we split up a file of 20,000,000 bytes so we can send it as a series of UDP payloads, how many IP packets do we have to send in order to transfer the entire file? Enter an integer number without formatting (no commas). Answer: The MTU for IP packets on 100 Mbps Ethernet is typically set to 1500 bytes. A typical IPv4 header consists of 20 bytes, and a UDP header consists of 8 bytes. If we split up a file of 25,000,000 bytes so we can send it as a series of UDP payloads, how many bytes do we have to send at the network layer in order to transfer the entire file? Enter an integer number (no commas). Answer: You are sending a 27,000,000 byte file using UDP over IP over an Ethernet with MTU 1500 bytes. The Ethernet header is 14 bytes and the frame checksum is 4…
Using the following topology, write the three routers R1, R2 and R3 routing table based on dynamic routing. 10.1.0.0 10.2.0.0 10.3.0.0 10.4.0.0 Fa0/0 Fa0/0 | So/0/0 S/0/0 So/0/1 so/0/1 R1 R2 R3
Assume now that between A and B there is a switch S that uses store and forward. The distance from A to S is m meters and from S to B 2m meters. The link speed between A and S is R bps and between S and B R/2 bps. A has a supply of 6 packets to send to B using UDP. The switch buffer can accommodate 3 packets including the one being transmitted (until it finishes its transmission). Will there be packet losses at the switch buffer. Which packets (number packets 1, 2, 3, ...). Draw an annotated time-space diagram to illustrate this data transmission. (you should roughly respect the scales in your drawing).
Dijkstra's algorithm is executed at node x, this will generate the forwarding table that router x will use to forward the received packets to any destination in the topology. 5. ... 3. 2 1 2 1 1. What represent the different numbers associated to the links? 2. Complete the following resulting forwarding table at node x. Destination Outgoing link (x.v) ... W LO