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Refer to the figure below; Homework#1 Subnet A (100 PCs) Link1 Block 10.30.128.0/23 Subnet B (60 PCs) R#2 Sener1 Server 2 Subnet D (2 servers) Link2 R3 Subnet C (10 PCs) 1. FLSM cannot fulfill the subnetting requirements of this topology. Why? Ans.: because it relies on creating subnetwork of the same Size and equal number of host's, while we see in this figure that network Brad core not equil. defferent size. 2. Using VLSM; answer the followings: a) The range of addresses that can be allocated for hosts of subnet A is: b) The gateway of subnet B can be assigned the address c) The subnet mask to be used in the hosts of subnet C is d) At subnet D, addresses can be used for Server#1 and Server#2 respectively. e) Blocks Link#1 and Link #2 respectively. and and can be allocated for f) After merging, the blocks of addresses that will be available for future use are and

Refer to the figure below; Homework#1 Subnet A (100 PCs) Link1 Block 10.30.128.0/23 Subnet B (60 PCs) R#2 Sener1 Server 2 Subnet D (2 servers) Link2 R3 Subnet C (10 PCs) 1. FLSM cannot fulfill the subnetting requirements of this topology. Why? Ans.: because it relies on creating subnetwork of the same Size and equal number of host's, while we see in this figure that network Brad core not equil. defferent size. 2. Using VLSM; answer the followings: a) The range of addresses that can be allocated for hosts of subnet A is: b) The gateway of subnet B can be assigned the address c) The subnet mask to be used in the hosts of subnet C is d) At subnet D, addresses can be used for Server#1 and Server#2 respectively. e) Blocks Link#1 and Link #2 respectively. and and can be allocated for f) After merging, the blocks of addresses that will be available for future use are and

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Refer to the figure below; Homework#1 Subnet A (100 PCs) Link1 Block 10.30.128.0/23 Subnet B (60 PCs) R#2 Sener1 Server 2 Subnet D (2 servers) Link2 R3 Subnet C (10 PCs) 1. FLSM cannot fulfill the subnetting requirements of this topology. Why? Ans.: because it relies on creating subnetwork of the same Size and equal number of host's, while we see in this figure that network Brad core not equil. defferent size. 2. Using VLSM; answer the followings: a) The range of addresses that can be allocated for hosts of subnet A is: b) The gateway of subnet B can be assigned the address c) The subnet mask to be used in the hosts of subnet C is d) At subnet D, addresses can be used for Server#1 and Server#2 respectively. e) Blocks Link#1 and Link #2 respectively. and and can be allocated for f) After merging, the blocks of addresses that will be available for future use are and
Transcribed Image Text:Refer to the figure below; Homework#1 Subnet A (100 PCs) Link1 Block 10.30.128.0/23 Subnet B (60 PCs) R#2 Sener1 Server 2 Subnet D (2 servers) Link2 R3 Subnet C (10 PCs) 1. FLSM cannot fulfill the subnetting requirements of this topology. Why? Ans.: because it relies on creating subnetwork of the same Size and equal number of host's, while we see in this figure that network Brad core not equil. defferent size. 2. Using VLSM; answer the followings: a) The range of addresses that can be allocated for hosts of subnet A is: b) The gateway of subnet B can be assigned the address c) The subnet mask to be used in the hosts of subnet C is d) At subnet D, addresses can be used for Server#1 and Server#2 respectively. e) Blocks Link#1 and Link #2 respectively. and and can be allocated for f) After merging, the blocks of addresses that will be available for future use are and
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