3. Given the network:125.0.0.0/8a. What is the original subnet mask for this network?b. How many bits are in the host field for this network?c. If we want to set up 1000 subnets, how many host bits must be used for subnetting?d. How many subnets can we create from this?total subnetse. What final prefix length will be used for this subnet design?f. What final subnet mask will be used for this subnet design?9.How many bits are left over that can be used for host addresses?h.How many IP addresses would be created on each subnet?total IP addressesassignable host addressesi. Complete the following table for the first 5 subnets in this network. Give the subnet number (starting from 0),subnet address, first host address, last host address and, subnet (directed) broadcast address.SubnetSubnet & Host BitsNumber 2nd & 3rd octets (in binary)0Subnet Address(4 bytes)SubnetSubnet & Host BitsNumber 2nd & 3rd octets (in binary)First Host(last 3 bytes)Subnet Address(4 bytes)j. Complete the following table for the last 5 subnets in this network. Give the subnet number, subnet address,host address range, subnet (directed) broadcast address.Last Host(last 3 bytes)First Host(last 3 bytes)Subnet (Directed)Broadcast Address(last 3 bytes)Last Host(last 3 bytes)Subnet (Directed)Broadcast Address(last 3 bytes) CSNT 140 ITN_W02IP Address / PrefixPART 2: DETERMINE SUBNET MASK, NETWORK ADDRESS AND NUMBER OF IP ADDRESSES PER SUBNET4. For each of the following IP addresses and prefix lengths, determine the subnet mask, associated network address,total number of IP addresses, number of host addresses for this subnet.160.100.100.100/19110.115.131.0/18188.188.252.152/26SUBNETTING WORKSHEET 275.75.75.15 /22Subnet MaskNAME:Subnet Addressfor this Subnet# IP Addressesin this subnet# Host Addressesin this subnet

a. What is the original subnet mask for this network?Given the /8 prefix length, the subnet mask is…

3. Given the network: a. What is the original subnet mask for this network? b. How many bits are in the host field for this network? c. If we want to set up 1000 subnets, how many host bits must be used for subnetting? d. How many subnets can we create from this? total subnets 125.0.0.0/8 e. What final prefix length will be used for this subnet design? f. What final subnet mask will be used for this subnet design? g. How many bits are left over that can be used for host addresses?

3. Given the network: a. What is the original subnet mask for this network? b. How many bits are in the host field for this network? c. If we want to set up 1000 subnets, how many host bits must be used for subnetting? d. How many subnets can we create from this? total subnets 125.0.0.0/8 e. What final prefix length will be used for this subnet design? f. What final subnet mask will be used for this subnet design? g. How many bits are left over that can be used for host addresses?

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Concept explainers

Network Protocols

A network protocol is a set of rules that govern how data is exchanged between the devices in a network. Network protocols enable communication between devices that are located in different parts of the world. Consequently, they are critical in today's digital communications.

Question

3. Given the network:
125.0.0.0/8
a. What is the original subnet mask for this network?
b. How many bits are in the host field for this network?
c. If we want to set up 1000 subnets, how many host bits must be used for subnetting?
d. How many subnets can we create from this?
total subnets
e. What final prefix length will be used for this subnet design?
f. What final subnet mask will be used for this subnet design?
9.
How many bits are left over that can be used for host addresses?
h.
How many IP addresses would be created on each subnet?
total IP addresses
assignable host addresses
i. Complete the following table for the first 5 subnets in this network. Give the subnet number (starting from 0),
subnet address, first host address, last host address and, subnet (directed) broadcast address.
Subnet
Subnet & Host Bits
Number 2nd & 3rd octets (in binary)
0
Subnet Address
(4 bytes)
Subnet
Subnet & Host Bits
Number 2nd & 3rd octets (in binary)
First Host
(last 3 bytes)
Subnet Address
(4 bytes)
j. Complete the following table for the last 5 subnets in this network. Give the subnet number, subnet address,
host address range, subnet (directed) broadcast address.
Last Host
(last 3 bytes)
First Host
(last 3 bytes)
Subnet (Directed)
Broadcast Address
(last 3 bytes)
Last Host
(last 3 bytes)
Subnet (Directed)
Broadcast Address
(last 3 bytes)

CSNT 140 ITN_W02
IP Address / Prefix
PART 2: DETERMINE SUBNET MASK, NETWORK ADDRESS AND NUMBER OF IP ADDRESSES PER SUBNET
4. For each of the following IP addresses and prefix lengths, determine the subnet mask, associated network address,
total number of IP addresses, number of host addresses for this subnet.
160.100.100.100/19
110.115.131.0/18
188.188.252.152/26
SUBNETTING WORKSHEET 2
75.75.75.15 /22
Subnet Mask
NAME:
Subnet Address
for this Subnet
# IP Addresses
in this subnet
# Host Addresses
in this subnet

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Imagine you are the network administrator of University X having 10 campuses in Towson, Maryland. You want to build a connected network of servers (each server is either a regular or a routing one), one at each campus, and want to choose some of them to be the designated routing servers. A routing server will serve regular servers who connect directly to it via high speed cables, and every regular server must connect to at least one routing server. Your goal is to minimize the total length of high speed cable that you must purchase. Given the locations of the 10 campuses, design a plan that requires (1) the shortest length of cable and (2) the least number of routing servers.
a) Explain how OSPF routing becomes more scalable in a large network by partitioning it in areas and a backbone area. What is the drawback of breaking a network in smaller areas compared to running OSPF in the original network? b) What is the role of the sequence number in the OSPF LSP?
Suppose that Organization 1 has the IP address 199.0.0.0, Organization 2 has the IP address 123.0.0.0, and Organization 3 has the IP address 187.223.0.0. a) Identify the subnet masks associated with the IP addresses of the three organizations in the routing table of a router outside the organizations. b) What is the maximum number of hosts that can be supported in each of the three organizations?
Hello, the questions are detailed in the attached picture. Thank you
Consider the network address 199.200.30.0. We want at least two subnets and between 60 and 70 hosts per subnet. What subnet mask should we use? What would the numbers of the first 2 and last 2 subnets be, along with their address range and their broadcast? Explain your answer.