PC4192.168.B. 120/24PC3192.168.B.125/24PC1192.168.A.5/24PC2192.168 A 10/24Switch 1Questions :D1192.168.A. 1/24Switch 2R1Network AddressDestinationE1192.168.B.1/24E210.200.B.5/28D210.200.B.10/28Value of A = 29, B = 32, C = 33, D = 34D310.10.B.193/28E310.21.B.5/30F210.21.B.6/30Next hopF310.10.B.200/28R31. Determine the Routing Table for R1, R2, and R3 using the following tableF1192.168.C.1/24SwitchInterfacePC6192.168.C.16/24PC5192.168.C.18/242. With the Routing Table that you have specified in point d, which path will PC2 take whencommunicating with PC3 and PC5 and vice versa?

PC4 192.168.B.120/24 PC3 192.168.B.125/24 PC1 192.168.A.5/24 PC2 192.168 A 10/24 Switch 1 Switch 2 D1 192.168.A 1/24 E1 192.168 B 1/24 R1 Network Address Destination E2 10.200 B.5/28 S D2 10.200 B.10/28 D3 10.10.8.193/28 Value of A = 29, B = 32, C = 33, D = 34 E3 10.21.8.5/30 F2 10.21.8.6/30 Next hop F3 10.10.B.200/28 R3 Questions: 1. Determine the Routing Table for R1, R2, and R3 using the following table F1 192.168.C.1/24 Switch Interface PC6 192.168.C.16/24 PC5 192.168.C.18/24 2. With the Routing Table that you have specified in point d, which path will PC2 take when communicating with PC3 and PC5 and vice versa?

PC4 192.168.B.120/24 PC3 192.168.B.125/24 PC1 192.168.A.5/24 PC2 192.168 A 10/24 Switch 1 Switch 2 D1 192.168.A 1/24 E1 192.168 B 1/24 R1 Network Address Destination E2 10.200 B.5/28 S D2 10.200 B.10/28 D3 10.10.8.193/28 Value of A = 29, B = 32, C = 33, D = 34 E3 10.21.8.5/30 F2 10.21.8.6/30 Next hop F3 10.10.B.200/28 R3 Questions: 1. Determine the Routing Table for R1, R2, and R3 using the following table F1 192.168.C.1/24 Switch Interface PC6 192.168.C.16/24 PC5 192.168.C.18/24 2. With the Routing Table that you have specified in point d, which path will PC2 take when communicating with PC3 and PC5 and vice versa?

Enhanced Discovering Computers 2017 (Shelly Cashman Series) (MindTap Course List)

1st Edition

ISBN:9781305657458

Author:Misty E. Vermaat, Susan L. Sebok, Steven M. Freund, Mark Frydenberg, Jennifer T. Campbell

Publisher:Misty E. Vermaat, Susan L. Sebok, Steven M. Freund, Mark Frydenberg, Jennifer T. Campbell

Chapter10: Communicating Digital Content: Wired And Wireless Networks And Devices

Section: Chapter Questions

Problem 5MC

See similar textbooks

Similar questions

Y MOVER Find the broadcast address for 10.248.141.221 with mask 255.255.255.252 A/
Subject: Computer Networking What is the range of addresses of the 10000th block of Class B. Show your work
11. TCP receiver window: O is an internal trasmitter parameter O is a 32-bit number O is related to the buffer space D is constant for a certain connection
CIDR Notation LAN Network First Address 10.6.0.0/22 10.7.128.0/20 10.7.128.0 10.7.143.255 10.8.?.0/22 10.9.128.0/21 10.9.128.0 Last Address Number of Addresses Address 10.6.0.0 10.8.3.255
Computer Science A source computer is connected to a destination computer through one router (R1). The throughput of the first hop is 1000Mbps and the throughput of the second hop is 10000 Mbps. What is the end-to-end throughput?
What are the hardware and protocol types? ** Enter arp in the Wireshark window's filter box and press enter. Select the first ARP request packet from the packet list pane. Select the Address Resolution Protocol from the packet detail window.
4 To add the IP address 204.168.8.100 with the MAC address 00-14-22-01-23- 45, what command will you use: (1 Point) arp -n arp -s arp -d arp -a
Bus topology is a form of nearest neighbour, the network is cheap but the time it takes to communicate with other computers depends on distance between computers. 1- True 2- False
IP Addressing and Subnetting Problem Solving Perform what is being asked. Compute the following values for each Item. Write your name, section, and answers (with complete solution) on a clean sheet of paper. A. Convert the following dotted binary into dotted decimal notation. i 1. 11101001.00011011.10000000.10100100 2. 10101010.00110100.11100110.00010111 3. 11111111.11010011.01000001.11001110 B. A company wants to extend IP ranges for their network with a given site of 89.63.200.0 divided into 20 individual networks. Find the following: Custom Subnet Mask IP Address Ranges ( Number of Subnets and Hosts (. C. Shorten the following IPV6 addresses: ( 1. FD81:273B:6A9D:0000:0DA6:CACD:2347:3596 2. FD56:0000:004D:E798:F100:2344:1002:3461 3. FD00:8E00:006c:0000:0006:B761:AABD:0034
192.168.1.10/24 Gig0/0 Fao Gigo/2 R1 192.168.1.0/24 10.0.0.0/30 Gigo/1 Gigo/1 Gigo/o R2 10.0.0.12/30 10.0.0.4/30 Gigo/ R3 Gig0/0 Gig0/1 RS Gig0/1 10.0.0.16/30 10.0.0.8/30 Gig0/0 Gigo/1 Gigo/2 F80 R4 192.168.2.0/24 192.168.2.10/24 Q2. For the figure above and the same parameters calculate the best path metric considering the OSPF as the routing protocol.
CRC (Cyclic Redundancy Check) is done at this layer of the OSI model: Session Physical Application Data Link