Question

In: Computer Science

Consider a Class C network 200.100.100.0. and divide it into 10 subnets, according the following requirements...

Consider a Class C network 200.100.100.0. and divide it into 10 subnets, according the following requirements of number of hosts on each subnet. Draw a diagram clearing labelling each subnet with its name (i.e. A, B, C etc.) and subnet ID. (Use variable length subnet mask)

30 Hosts

12 Hosts

28 Hosts

10 Hosts

25 Hosts

30 Hosts

5 Hosts

15 Hosts

10 Hosts

Expert Solution

Hi, I would love to answer this question for you. I hope you would love to answer and get a clear idea related to the same. So not wasting much time let's get started.

IP is 200.100.100.0 and divides it into the 10 subnets and according to the below hosts per subnet.

This is the diagram according to the Variable-length subnet masking and the switches with the number of hosts as in question and their IP addresses with CIDR notations representing the subnet masks. In this way the IP addresses can be allocated as per the above subnet IDs.

I hope the idea is clear to you.

Please give thumbs up to an answer and surely comment for any type of queries

Thanks and Happy to help :)

HAPPY LEARNING

venereology answered 2 years ago

Consider a Class B network 180.60.0.0, subdivide this network into 4 subnets, and find A IP...

Consider a Class B network 180.60.0.0, subdivide this network into 4 subnets, and find A IP address on each Subnet B Subnet Mask for each Subnet C Broadcast address for each Subnet. D Maximum possible number of hosts in the whole network

Consider a network with network ID. 192.168.56.0/24: Split the network into two subnets, A and B...

Consider a network with network ID. 192.168.56.0/24: Split the network into two subnets, A and B and provide the IP range, network ID, and broadcast of each. Show your work What is TCP three-step handshake? What happens if the handshake is not successfully completed? What technological development led to the CSMA/CD protocols becoming obsolete? Give an example of a networking protocol that we have discussed in class that utilizes UDP over TCP. Provide two pros and two cons to switiching...

You have leased a Class C network whose network ID is 204.188.89.0. You need to divide...

You have leased a Class C network whose network ID is 204.188.89.0. You need to divide it into three subnets to correspond to three different departments in your organization. For each of the four subnets enter the usable Host Address range: NOTE: enter the host address range using the following format 0.0.0.0-0.0.0.0 Notice the single dash between each IP address. Host addresses for the first subnet: Host addresses for the second subnet: Host addresses for the third subnet: Host addresses...

18) For the network 192.168.140.68/27 determine: a) All the subnets b) Address ranges c)...

18) For the network 192.168.140.68/27 determine: a) All the subnets b) Address ranges c) Host ranges d) Network IDs e) Broadcast addresses

You are planning to redesign a Classful 172.31.0.0 network to accommodate 3540 subnets with 10 hosts...

You are planning to redesign a Classful 172.31.0.0 network to accommodate 3540 subnets with 10 hosts per subnet. In your own words, explain what subnet masks you could use to satisfy this new requirement. You must use concepts such as host bits, hosts and subnets to justify your answer. Simply listing out subnet masks won’t be awarded any marks.

Section C. Arc Consistency Consider the following constraint network. 10. If the variables A, B and...

Section C. Arc Consistency Consider the following constraint network. 10. If the variables A, B and C each have the domain {1,2,3,4} before arc consistency is run, indicate what their domains will be after arc consistency has finished: A = { } B = { } C = { } 11. If we have just considered the edge <B, A < B> and reduce the domain of B as a result, do we need to add any arcs back to...

Program Requirements: Write a C++ program according to the following requirements: 1. Open the data file...

Program Requirements: Write a C++ program according to the following requirements: 1. Open the data file Electricity.txt and read each column into an array (8 arrays total). 2. Also create 2 arrays for the following: Total Fossil Fuel Energy (sum of all fossil fuels) Total Renewable Energy (sum of all renewable sources) Electricity.txt: Net generation United States all sectors monthly https://www.eia.gov/electricity/data/browser/ Source: U.S. Energy Information Administration All values in thousands of megawatthours Year all fuels coal natural gas nuclear ...

Consider a company which owns a license of Class C network (207.84.123.0), This Company wants to...

Consider a company which owns a license of Class C network (207.84.123.0), This Company wants to create 14 subnetworks. 1. Determine the number of bits borrowed 2. How many bits are then used for the subnet ID? Determine the maximum number of hosts in each subnet 3. Determine the subnet mask of this scheme 4. Determine the first, the forth and the last network (subnet) addresses 5. Determine the first host address, the last host address and the broadcast address...

Create 512 subnets from Class A IP address range 10...*. For the first four (4) and...

Create 512 subnets from Class A IP address range 10.*.*.*. For the first four (4) and last four (4) subnets, list the network IP address, broadcast IP address, 1st assignable IP address, and last assignable IP address. What subnet mask IP address will all devices in all subnets use?

We will divide the class up into 4 parts according to your birth month and each...

We will divide the class up into 4 parts according to your birth month and each part will be assigned an industry as follows: Jan-Mar: Automobile industry Apr-Jun: Social Media Jul-Sep: Newspaper industry Oct-Dec: Medical Services From the perspective of your assigned industry, what strategic issues have the potential to create environmental uncertainty? Choose a different industry from your own when responding to your classmates while also addressing their posts in your own thread.