How many network and host bits are in a Class A, B, and C network address?
How many network and host bits are in a Class A, B, and C network address?
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How many network and host bits are in a Class A, B, and C
network address?
8. Consider the class-less IP network 130.45.130.0/21 a. How many bits are in the net id?...
8. Consider the class-less IP network 130.45.130.0/21 a. How many bits are in the net id? ________________ b. How many bits are in the host id? _________________ c. How many possible hosts are there? __________________ d. What is the mask in binary and dotted decimal? __________________________ and _______________________________ e. What is the broadcast IP address for this network? ____________________________
If 15 binary bits are borrowed from the host portion of a class A IPv4 address,...
If 15 binary bits are borrowed from the host portion of a class A IPv4 address, how many bits are left for the host IDs for each subnet?
Find the network address, the broadcast address, and the range of host addresses for each given...
Find the network address, the broadcast address, and the range of host addresses for each given IPv4 address. The network address is calculated by setting all host bits to zero. The broadcast address is calculated by setting all host bits to one. The available addresses to assign to hosts on the network are the addresses between the network address and the broadcast address. The CIDR (Classless Inter-Domain Routing) number indicates the number of network bits. Since IPv4 is a 32-bit...
Assume acc internet addresses can be expressed as 129.174/16. How many bits are available for network addresses? ______ How many bits are available for host addresses? ______
Assume acc internet addresses can be expressed as 129.174/16. How many bits are available for network addresses? ______ How many bits are available for host addresses? ______
7. Write down the last network address for the network classes listed below: (do not use any reserved address) Class C Class B Class A Tabie 3 3 marksy 8. The following host IP addresses all belong t...
7. Write down the last network address for the network classes listed below: (do not use any reserved address) Class C Class B Class A Tabie 3 3 marksy 8. The following host IP addresses all belong to IP4 subnetted networks. Using the information provided (IP address and network prefix length), fill in the table with the Subnetwork Address of the subnet to which the host belongs, the subnet mask and the number of host each subnetwork can accommodate. Host...
* Assume a Class C network with the ID of 192.168.12.0 is to be subnetted into...
* Assume a Class C network with the ID of 192.168.12.0 is to be subnetted into 8 smaller networks, complete the following: 1. How many host bits will you need to borrow to use for network information? 2. How many hosts will each subnet be able to support? 3. What is the CIDR notation for each network? 4. What is the subnet mask for each network? 5. What is the broadcast address of the subnet with the extended network prefix...
Subnet the following class B IPv4 network into at least 235 subnets. Complete the following table...
Subnet the following class B IPv4 network into at least 235 subnets. Complete the following table and answer the questions. Given that the network address is 186.100.0.0 with default subnet mask 255.255.0.0. Subnet # Subnet ID First host IP address Last host IP address Broadcast address for the subnet First Subnet Last Subnet How many bits need to be borrowed in order to create at least 235 subnets? What will be the new subnet mask? What will be the new...
Network Subnetting 3 3. On a Class B network, how many hosts per subnet will you...
Network Subnetting 3 3. On a Class B network, how many hosts per subnet will you get if you have a subnet mask of 255.255.240.0 On how many subnets was divided this class B address? Show your calculations 4. Your company has leased a Class C network whose network ID is 200. 200. 200.0. You want to create 8 subnets within this network. Show how many bits, you would need to change, and the range of addresses in one of the subnets.
Given the class B network address 128.10.0.0 will be divided into subnets. Compute: a. The minimum...
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 #...
In a class B subnet, we know the IP address of one of the hosts and...
In a class B subnet, we know the IP address of one of the hosts and the subnet mask as given below: IP Address: 188.48.82.176 Subnet mask: 255.255.255.248 1) What is the first valid host address in the subnet? (in dotted decimal) 2) What is the last valid address in the subnet? (in dotted decimal) 3) What is the subnet network address? (in dotted decimal) 4) What is the subnet broadcast address? (in dotted decimal) 5) What is the number...
7. Write down the last network address for the network classes listed below: (do not use any reserved address) Class C Class B Class A Tabie 3 3 marksy 8. The following host IP addresses all belong to IP4 subnetted networks. Using the information provided (IP address and network prefix length), fill in the table with the Subnetwork Address of the subnet to which the host belongs, the subnet mask and the number of host each subnetwork can accommodate. Host...
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 #...
In a class B subnet, we know the IP address of one of the hosts and the subnet mask as given below: IP Address: 188.48.82.176 Subnet mask: 255.255.255.248 1) What is the first valid host address in the subnet? (in dotted decimal) 2) What is the last valid address in the subnet? (in dotted decimal) 3) What is the subnet network address? (in dotted decimal) 4) What is the subnet broadcast address? (in dotted decimal) 5) What is the number...
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