1. You are managing a network for a coffee shop with 3 locations. Your task is to efficiently allocate IP addresses for the 3 locations. Location 1, 2, and 3 are expected to have 100, 85, and 215 users. Please use classless IP address assignment for subnet assignment and fill in the table below. Ensure that the subnets you assign provide sufficient IP addresses while minimizing wastage. Location 1: Host bits required:

1. You are managing a network for a coffee shop with 3 locations. Your task is to efficiently allocate IP addresses for the 3 locations. Location 1, 2, and 3 are expected to have 100, 85, and 215 users. Please use classless IP address assignment for subnet assignment and fill in the table below. Ensure that the subnets you assign provide sufficient IP addresses while minimizing wastage. Location 1: Host bits required:

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 5RB

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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

Subnet mask:
Location 2:
Host bits required:
Subnet mask:
Location 3:
Host bits required:
Subnet mask:

1.
You are managing a network for a coffee shop with 3 locations. Your task is to
efficiently allocate IP addresses for the 3 locations. Location 1, 2, and 3 are expected to
have 100, 85, and 215 users. Please use classless IP address assignment for subnet
assignment and fill in the table below. Ensure that the subnets you assign provide sufficient
IP addresses while minimizing wastage.
ed
Location 1:
Host bits required:

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Please help with the following: 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.
Use FLSM subnetting to complete this question. Use Worksheet 1 to create a subnet table asshown below to complete this question.Given the Class C network ID of 196.40.30.0/24, subnet this IP address block into 13 subnetworkswith 12 hosts each. Redraw and complete the following table for all possible subnets
Given the following IP address and Number of computers in the subnet, answer the questions that follow: You are an ISP that is responsible for allocating addresses to different suburbs that has 60 computers with a network address of 184.222.0.0/? (a) What is the CIIDR for this network. (b) How many hosts can this network accommodate? (c) Assuming classless addressing is used and you may assume each subnet does NOT need a network and broadcast address. Distribute ip addresses to the following people in a suburb: 1. The first suburb has 32 houses; each needs 250 addresses. 2. The second suburb has 128 houses; each needs 128 addresses. Design the subblocks (i.e. the start and end addresses) for each suburb and find out if there are enough addresses still available after these allocations.
Q15: Assume a given institution with three main departments (sub-nets), which uses class B IP addresses. Department A (around214hosts ), departmentB( around26Hosts), andC( around 100 hosts ). Give the subnet mask for each departments in order to make a good utilization of the addressing space.
Solve these completely and accurately, thank you.
Solve these all one by one with full solution, thank you in advance.
Part 1: Develop an IP Addressing Scheme You are assigned the IPv4 networks from the table below. You will subnet it to provide IP addresses to two subnets that will support the required number of hosts. No subnet calculators may be used. All work must be shown using the IP Addressing worksheet below. Network Number of Hosts in Subnet A Number of Hosts in Subnet B 192.168.10.0/24 50 28 Subnet Number of Host per Subnet Network Address New Subnet Mask First Usable Host Last Usable Host Broadcast Address A 50 B 28 C 28 D 28
Populate the following table with the addressing information you have located. Table 1 Router Router IP address Subnet mask Max users First user address Last user address Lease time
50- An organization currently requires 40 hosts for its sales department. Given the IP Address 194.12.1.0 /24, design an optimal address scheme usingTradition Subnetting method, which will enable the connection of the sales department’s 40 hosts in one subnet and uses the remaining subnets for other departments’ hosts in the future. What will be the network address of 3rd subnet? Select one: A. 194.12.1.191 B. 194.12.1.96 C. 194.12.1.128 D. 194.12.1.129
1. Kelly works for an ISP and has been asked to set up the IP addressing scheme for a new region of the city they are providing with Internet service. She is provided the Class B address of 141.27.0.0/16 as a starting point and needs at least 25 subnets. What is the custom subnet mask for this, how many networks does this allow for, and how many hosts will be available on each subnet?
Design the subnets for the branches using VLSM, according to the required minimum hostsas shown. Design also the subnet for ONE WAN link. Network address 11.0.0.0Branch Number of usable hostsBranch A 20,000Branch B 580,000Branch C 120 1. Draw and fill in the table with the subnet addresses that you have designed. [8 marks]
48- An organization currently requires 40 hosts for its sales department. Given the IP Address 194.12.1.0 /24, design an optimal address scheme usingTradition Subnetting method, which will enable the connection of the sales department’s 40 hosts in one subnet and uses the remaining subnets for other departments’ hosts in the future. What will be the range of usable (assignable) addresses in 4th subnet? Select one: A. 194.12.1.192 to 194.12.1.255 B. 194.12.1.193 to 194.12.1.254 C. 194.12.1.193 to 194.12.1.253 D. 194.12.1.192 to 194.12.1.254