address in Figure 8-1 be valid as a class C address? Why or why not? No‚ it would not be a valid Class C address because the first octet is 10. In order to be a class C address‚ it would have to be in the range of 192-223. 8.1.4 According to the subnet mask‚ what is the network ID of the IP address shown? What is the host ID? What is the binary network ID? What is the binary host ID? Does the IP address conform to the rules of classful networking? Why or why not? Network ID=190.8 Host ID=8
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IT -220 Chapter 5 page 187-191 Q and A 1-37 odd. 1. What are the four layers of the TCP/IP model? i. Application – Defines the applications used to process requests and what ports and sockets are used. I. (This layer is used to process requests from hosts and to make sure a connection is made to an appropriate port.) ii. Transport – Defines the type of connection established between hosts and how acknowledgements are sent. iii. Internet – Defines the protocols
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at one time because it was more common to use hubs. Before you subnet you need to sit down and figure out what needs to be subnetted; without planning and knowing exactly what you are doing you could cause more harm than good. When you are ready make sure that your subnet structure is the same as your network ’s geographic structure. When subnetting make sure that it is linked through a router and each subnet should have its own hub or switch. When you subnetting you need
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host address in the access list statement‚ use the following formats: n.n.n.n n.n.n.n 0.0.0.0 OR host n.n.n.n Where n.n.n.n is the IP address of the host. To identify a network address‚ use the format: n.n.n.n w.w.w.w Where n.n.n.n is the subnet address and w.w.w.w is the wildcard mask. Enter access list statements in order‚ with the most restrictive statements at the top. Traffic is matched to access list statements in the order they appear in the list. If the traffic matches a statement
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assign and no subnet mask to determine. Two types of autoconfiguration are available in IPv6‚ stateless and stateful. 2. The subnet mask of an IP address does which of the following?. b. Defines network and host portions of an IP address A 32-bit number in dotted decimal format‚ consisting of a string of eight or more binary 1s followed by a string of 0s‚ that determines which part of an IP address is the network ID and which part is the host ID. A binary 1 in the subnet mask signifies
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addresses and their subnet masks are written as four octets‚ separated by periods‚ followed by a forward slash and a two-digit number that represents the subnet mask e.g. 10.1.1.0/30 172.16.1.16/28 192.168.1.32/27 etc . CIDR / VLSM Network Addressing Topology Example CIDR uses VLSM (Variable Lenght Subnet Masks) to allocate IP addresses to subnetworks according to need rather than class. VLSM allows for subnets to be further divided or subnetted into even smaller subnets. Simply‚ VLSM is
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E TCP/IP Network Planning Table Refer to appendix E1. Identify the problems with the TCP/IP network and complete the table. Problem Explanation of Proposed Solution Group A-D – Subnet addresses need corrected all should be 255.255.0.0 Correct the subnet addresses for group A-D by changing the subnet address on computer A to be the same as B‚C. Then correct D to match B&C. Router1 – the IP Addresses should match the network they flow from. IP Address flowing from the Token Ring Group
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to ease network management. A well thought out network subnet design enables administrators to quickly locate computers by IP address by building floor and room‚ and whether the computer is a server‚ a student computer‚ staff computer or instructor’s computer. A proper subnet design will also minimize broadcast traffic that decreases network performance‚ by reducing the total number of computers allowed in each broadcast domain. A proper subnet design will also provide for efficient use of IP addresses
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1.0/28 LAN Subnets Begin by creating and assigning the LAN subnets you will use. In order to make the most efficient use of your address space you should start by creating the subnet needed for the LAN with the most hosts and then work you down to the smallest LAN. Using the address space 10.1.16.0/21‚ create subnets for the LANs shown in the diagram and fill in the table 1 below. Notice that the first 7 subnets are all basically the same size and all subnets are all factors of 2 (remember
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straightthrough cable. Attempts to ping between the hosts are unsuccessful. What two things can be done to allow communications between the hosts? (Choose two) A. Replace the straight-through cable with a crossover cable. B. Change the subnet mask of the hosts to /25. C. Change the subnet mask of the hosts to /26. D. Change the address of Workstation A to 192.0.10.15. E. Change the address of Workstation B to 192.0.10.111. Answer: A B Explanation If you remember the last post: Group 1: Router‚ Host‚ Server Group
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