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Questions and Answers
What is the main advantage of using Variable Length Subnet Mask (VLSM) in IP network design?
What is the main advantage of using Variable Length Subnet Mask (VLSM) in IP network design?
- To reduce the number of subnets in a network
- To simplify the network configuration
- To increase the number of available IP addresses
- To allocate IP addresses more efficiently and effectively (correct)
What is the result of using a traditional subnet mask in a network with subnets of different sizes?
What is the result of using a traditional subnet mask in a network with subnets of different sizes?
- Optimal use of IP addresses
- Increased network security
- No impact on IP address usage
- Inefficient use of IP addresses (correct)
What is the purpose of using different subnet masks in VLSM?
What is the purpose of using different subnet masks in VLSM?
- To create a hierarchical network structure
- To increase the number of available subnets
- To simplify the network configuration
- To allocate IP addresses based on the number of hosts in each subnet (correct)
What is the benefit of using VLSM in a network with subnets of different sizes?
What is the benefit of using VLSM in a network with subnets of different sizes?
What is the result of using a subnet mask of 255.255.255.0 in a subnet with 10 hosts?
What is the result of using a subnet mask of 255.255.255.0 in a subnet with 10 hosts?
What is the purpose of assigning a subnet mask of 255.255.255.128 to a subnet with 10 hosts?
What is the purpose of assigning a subnet mask of 255.255.255.128 to a subnet with 10 hosts?
What is the main difference between VLSM and traditional subnetting?
What is the main difference between VLSM and traditional subnetting?
What is a major advantage of VLSM over traditional subnetting?
What is a major advantage of VLSM over traditional subnetting?
What is a potential disadvantage of VLSM?
What is a potential disadvantage of VLSM?
What is CIDR based on?
What is CIDR based on?
What does VLSM stand for?
What does VLSM stand for?
What is the main advantage of VLSM over FLSM?
What is the main advantage of VLSM over FLSM?
What is represented by the slash notation in CIDR?
What is represented by the slash notation in CIDR?
What is a benefit of CIDR over traditional class-based addressing?
What is a benefit of CIDR over traditional class-based addressing?
What is the process of implementing VLSM?
What is the process of implementing VLSM?
What is a potential challenge of implementing VLSM?
What is a potential challenge of implementing VLSM?
What is the primary benefit of VLSM in network utilization?
What is the primary benefit of VLSM in network utilization?
What is a disadvantage of VLSM compared to traditional subnetting?
What is a disadvantage of VLSM compared to traditional subnetting?
What is the characteristic of VLSM subnetting?
What is the characteristic of VLSM subnetting?
When is VLSM preferred over FLSM?
When is VLSM preferred over FLSM?
What is the benefit of VLSM in terms of scalability?
What is the benefit of VLSM in terms of scalability?
What is one of the main advantages of using CIDR?
What is one of the main advantages of using CIDR?
What is a disadvantage of using CIDR?
What is a disadvantage of using CIDR?
What is the main drawback of Classful Addressing?
What is the main drawback of Classful Addressing?
What is the purpose of CIDR in IP address allocation?
What is the purpose of CIDR in IP address allocation?
What is the format of a 32-bit address in CIDR?
What is the format of a 32-bit address in CIDR?
What is one of the rules for forming CIDR blocks?
What is one of the rules for forming CIDR blocks?
What is the benefit of using CIDR in terms of network performance?
What is the benefit of using CIDR in terms of network performance?
What is the result of using CIDR in terms of administrative overhead?
What is the result of using CIDR in terms of administrative overhead?
What is the condition for the first IP address of a CIDR block?
What is the condition for the first IP address of a CIDR block?