The following Class A, B and C IPs, give the netID, hosiID, network address and default...
The following Class A, B and C IPs, give the netID, hosiID, network address and default mask.
netID hostID default mask
Class A: 66.190.24.78: ____ _____ _____________
Class B: 130.45.90.110 _____ _____ ____________
Class C: 199.21.1.20 _____ _____ ____________
Homework Answers
1. Class A: 66.190.24.78
Net ID: 66.0.0.0
Host ID: 0.190.24.78
Default mask: 255.0.0.0
2.
Class B: 130.45.90.110
Net ID: 130.45.0.0
Host ID: 0.0.90.110
Mask: 255.255.0.0
3.
Class C: 199.21.1.20
Net ID: 199.21.1.0
Host ID: 0.0.0.20
Mask: 255.255.255.0
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The following Class A, B and C IPs, give the netID, hosiID,
network address and default...
COMPUTER NETWORKS: 1. An organization with a Class B IP address of 128.25.0.0/16 wants eight subnets...
COMPUTER NETWORKS: 1. An organization with a Class B IP address of 128.25.0.0/16 wants eight subnets in its network. There are some legacy routers. Hence, they do not want to use zero and all-ones subnets. a. How many bits are used in each of the following three fields? netID: ______________ subnetID: __________ hostID: _________________ b. Determine the subnet mask that needs to be set in the hosts in dotted decimal notation. Subnet Mask in dotted decimal notation: ¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬_______________________________________ c. ...
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How many network and host bits are in a Class A, B, and C network address?
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A class B network is recognized by its network address, 145.11.0.0. The network address of its...
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5. Refer to Figure 2 (A Sub-netted Network). Given the Class C network address 204.15.5.0/24 Answer the following questions in relation to the efficient subnetting of this network address i.e. with minimal wastage of addresses, to create a sub-netted network as shown in Figure 2 with the following host requirements: Net A = 14 Hosts, Net B 28 Hosts,Net C 2 Hosts, Net D = 7 Hosts and Net E = 28 Hosts For each sub-network identify (i) (i) (ii)...
Given the class B network address 128.10.0.0 will be divided into subnets. Compute: a. The minimum number of bits necessary to obtain the number of subnets required. b. The maximum number of hosts in each subnet. c. The subnet mask. d. The dotted decimal IP address of the specified host on the specified subnet. (b) (c) Max # Of Subnets (a) Min # Of Subnet Bits (d) Dotted Decimal Max # of Hosts per Subnet Subnet Mask Subnet Host #...
Step 2. Basic IP addressing. Task: Use the IP address chart and your knowledge of IP address classes to answer the following questions l. What is the decimal and binary range of the first octet of all possible Class B IP addresses? Decimal: From: To: Binary: 2. Which octet(s) represent the network portion of a Class C IP address? 3. Which octet(s) represent the host portion of a Class A IP address? Io: Step 3. Determine the host and network...
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