Host IP Address: Original Subnet Mask New Subnet Mask: Given: Find: Number of Subnet Bits Number of Subnets Created Number of Host Bits per Subnet Number of Hosts per Subnet Network Address of this Subnet IPv4 Address of First Host on this Subnet IPv4 Address of Last Host on this Subnet IPv4 Broadcast Address on this Subnet 192.135.250.180 255.255.255.0 255.255.255.248

Host IP Address: Original Subnet Mask New Subnet Mask: Given: Find: Number of Subnet Bits Number of Subnets Created Number of Host Bits per Subnet Number of Hosts per Subnet Network Address of this Subnet IPv4 Address of First Host on this Subnet IPv4 Address of Last Host on this Subnet IPv4 Broadcast Address on this Subnet 192.135.250.180 255.255.255.0 255.255.255.248

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 7RB

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Find the address in all networks. Subnets =1000. Hosts =60 Address = 165.100.0.0. class- 0 -127 128- 191 Write down the default subnet mask and customized subnet mask. Def = 255.255.0.0 1111 1111. 1111 1111. 1111 1111. 1100 0000 -> 255.255.255.192 2^ 6= valid ip addresses 64 hosts -2 62 hosts 165.100.0.0 - 165.100.0.1 TO 165.100.0.62 165.100.0.63 => 64 165.100.0.64 - 165.100.0.128 165.100.0.192 165.100.0.193 to 165.100.0. 254 165.100.0.255 What is the 10th subnet range? Find the 4th subnet DBA. Determine the assignable addresses for 4th subnet range Give the 15th subnet id and the last host address in the 3rd subnet Give the CIDR notation.
IP Address 192.168.10.0/24 using normal subnet masking, create 8 networks. Should include the subnet, first host, last host, Broadcast id and subnet mask.
Netmask (or subnet mask) is a 32-bit mask to identify the network/host portion of the IPv4 address. It is a sequence of left contiguous/consecutive ones (1) followed by a block of zeros (0). Which netmask below is valid netmasks? (choose three) a. 255.255.255.192 b. 255.252.0.0 c. 255.255.255.0 d. 252.255.0.0 e. 255.128.255.0
IP Address is 69.67.214.64/26 Subnet Mask: Maximum usable hosts: Network Address: Broadcast Address: IP Address is 10.9.3.255/21 Subnet Mask: Maximum usable hosts: Network Address: Broadcast Address: Subnet 192.168.3.0/25 into 7 subnetworks (show working) How many subnets can you get for 27 hosts from 172.16.3.0/26 (show working) Subnet 192.168.1.0/24 into 6 subnetworks but there is a requirement that only the first subnetwork needs to have at least 58 hosts (show working)
For a Given IP Address and Subnet Mask: Determine Subnet Information? Field Value Host IP address Subnet mask Number of subnet bits Number of subnets Number of host bits per subnet Number of usable hosts per subnet Subnet address for this IP address IP address of the first usable host on this subnet IP address of the last usable host on this subnet Broadcast address for this subnet 172.33.2.34 255.255.255.252
Given each IP address and mask, supply the following information for each of these 9 examples: a) Size of the network part of the address (No. of network bits). b) Size of the subnet part of the address (No. of subnet bits). c) Size of the host part of the address (No. host bits). d) The number of hosts per subnet e) The number of subnets in this network f) The subnet address g) First address h) The broadcast address 1. 10.180.10.18, mask 255.192.0.0 2. 10.200.10.18, mask 255.224.0.0 3. 172.31.100.100, mask 255.255.224.0 4. 172.31.200.10, mask 255.255.248.0 5. 192.168.100.100, mask 255.255.255.240 6. 192.168.100.100, mask 255.255.255.248 7. 192.168.15.230, mask 255.255.255.252 1. Given each IP Address and Subnet mask, supply the following information for each of them: I. The class of IP Address II. Number of network bits III. Number of host bits IV. The appropriate subnet mask a) 10.10.2.1 number of hosts in the network 512 b) 172.160.10.2 number of hosts in the network 1200 c)…
Given each IP address and mask, supply the following information for each of these 9 examples: a) Size of the network part of the address (No. of network bits). b) Size of the subnet part of the address (No. of subnet bits). c) Size of the host part of the address (No. host bits). d) The number of hosts per subnet e) The number of subnets in this network f) The subnet address g) First address h) The broadcast address 1. 10.180.10.18, mask 255.192.0.0 2. 10.200.10.18, mask 255.224.0.0 3. 172.31.100.100, mask 255.255.224.0 4. 172.31.200.10, mask 255.255.248.0 5. 192.168.100.100, mask 255.255.255.240 6. 192.168.100.100, mask 255.255.255.248 7. 192.168.15.230, mask 255.255.255.252 A-h has been solved Kindly solve 1-7
If the IP address is 192.168.1.5 , the mask is 255.255.255.240,(1) convert the P address and mask in binary format, (2) give the class of the network, the number of bits for subnet, and the number of bits for hosts, (3) the (network id)/(\# of mask bit) in decimal format, (4) subnet broadcast address in decimal format, and (5) the range of valid hosts addresses in decimal format.
Let IP address 200.210.56.76/28 find the subnet mask, subnet id broadcast address and also find total number of subnet and total number of host in subnet. And explain Remote monitoring with neat diagram.
given a printer's IP address is 200.23.16.202 and subnet mask is 255.255.255.224 If there is also a computer whose IP address is 200.23.16.170 with the same subnet mask as the printer , are they both in the same network? Yes or no, explain your answer. Also, compare their host ID.
Consider the IP address : 157.110.88.0. We need 30 subnets in such a way that each subnet may host up to 64 hosts. i) This address is of which type? ii) How many bits will be required for subnet ID? iii) How many usable subnets will be there? iv) What will be the subnet mask? v) What will be the address of 47th host of 25th subnet?
List the classes of IPv4 addresses and their default subnet masks. In the final column list the number of host addresses per IP address and network addresses. IPv4 CLASS & ADDRESSES Default Subnet Mask Total Number of Network Addresses Possible (one number) Total Number of Host/Node Addresses Per Network Address (one number)