Solved Given A Subnet Mask Of 255 255 255 224 For A C Class Chegg Com

Solved If A Subnet Mask Is 255.255 .255 .224 , Which Three | Chegg.com

Solved If A Subnet Mask Is 255.255 .255 .224 , Which Three | Chegg.com Question: given a subnet mask of 255.255.255.224 for a c class network, there will be how many host in each subnet select one: o a. none o b. 32 c. 14 o d. 30 o e. 16 show transcribed image text here’s the best way to solve it. To determine the number of subnet bits being used in a class c network with a subnet mask of 255.255.255.224, we first need to understand how ip addresses and subnet masks are structured.

Solved 2) The New Subnet Mask Is /27==>255.255.255.224 3) 30 | Chegg.com

Solved 2) The New Subnet Mask Is /27==>255.255.255.224 3) 30 | Chegg.com If you had a class c of 192.268.1.0 /24 and needed to create 4 subnets that would allow for 25 hosts in each and leave room for growth the answer would be to use a 255.255.255.224 mask which would provide 30 hosts each:. In this blog, i will help you understand how ipv4 subnetting works along with useful examples of subnetting class c. To determine the number of hosts in each subnet, we need to calculate 2 raised to the power of the number of host bits. in this case, the number of host bits is 32 (total number of bits in an ip address) minus 27 (number of network bits), which equals 5. The number of binary 1′s in a subnet mask determines the number of bits that are considered the network (or subnet) address. let’s just use a random example from above to illustrate this.

Solved 2) The New Subnet Mask Is /27==>255.255.255.224 3) 30 | Chegg.com

Solved 2) The New Subnet Mask Is /27==>255.255.255.224 3) 30 | Chegg.com To determine the number of hosts in each subnet, we need to calculate 2 raised to the power of the number of host bits. in this case, the number of host bits is 32 (total number of bits in an ip address) minus 27 (number of network bits), which equals 5. The number of binary 1′s in a subnet mask determines the number of bits that are considered the network (or subnet) address. let’s just use a random example from above to illustrate this. Learn the definition, benefits, and common mistakes of class c subnetting. calculate subnets, hosts, and configure routers and switches for class c subnets. Question: you are given a class c ip address of 192.168.200.0 with subnet mask 255.255.255.224 foryour network node. as a network engineer, you are required to configure the network.answer the questions that follows. Subnet mask is a 32 bit number consisting of a sequence of 1’s and 0’s. it is used to identify the subnet to which the given ip address belongs. in this article, we will discuss practice problems based on subnet mask. – you have been allocated a class b network address of 135.1.0.0 and and need to create 4 subnets each with around 200 hosts what is the easiest mask to use to satisfy the criteria?.

IP address network and host portion | subnet mask explained in simple terms | CCNA 200-301 |