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Modull 11- IPv4 Subnetting Quiz

Modull 11- IPv4 Subnetting Quiz

Test your knowledge on IPv4 subnetting concepts including prefix length notation, calculating usable hosts, and subnet creation techniques. This quiz will cover essential topics like subnet masks and variable-length subnet masking (VLSM).

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Answer from memory first, then use the existing quiz review flow for anything you miss.

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Quiz17 Questions
Flashcards16 Cards
Study Notes1 Note
Podcast1 Episode

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Modull 11- IPv4 Subnetting Quiz

Quiz • 17 Questions

Modull 11- IPv4 Subnetting Quiz - Flashcards

Flashcards • 16 Cards

Study Notes

2 min • Summary

Podcast

Podcast

Materials

List of Questions17 questions
  1. Question 1
    • /26
    • /25
    • /27
    • /28
  2. Question 2
    • 192
    • 64
    • 254
    • 62
  3. Question 3
    • 255.255.255.240
    • 255.255.255.0
    • 255.255.255.224
    • 255.255.255.128
  4. Question 4
    • 2
    • 8
    • 4
    • 1
  5. Question 5
    • 255.255.240.0
    • 255.255.255.0
    • 255.255.255.248
    • 255.255.224.0
  6. Question 6
    • Subnets may only be subnetted one additional time.
    • Bits are returned to create additional subnets.
    • Each subnet is the same size.
    • The size of each subnet may vary depending on requirements.
  7. Question 7
    • To identify the broadcast address
    • To identify the faulty frames
    • To identify the network address
    • To identify the host address
  8. Question 8
    • 62
    • 16
    • 32
    • 30
  9. Question 9
    • 26
    • 62
    • 14
    • 30
  10. Question 10
    • 255.255.255.224
    • 255.255.255.240
    • 255.255.255.252
    • 255.255.255.248
  11. Question 11
    • Host portion
    • Subnet portion
    • Broadcast portion
    • Network portion
  12. Question 12
    • Network address
    • Broadcast address
    • Private address
    • Host address
  13. Question 13
    • To define routing paths between networks
    • To obscure the IP address from unauthorized access
    • To assign a static IP address to a device
    • To determine the subnet for a given IP address
  14. Question 14
    • 4
    • 8
    • 6
    • 10
  15. Question 15
    • 32
    • 16
    • 14
    • 30
  16. Question 16
    • 30
    • 62
    • 16
    • 14
  17. Question 17
    • True
    • False
List of Flashcards16 flashcards
  1. Card 1
    HintThink about the number of bits used for network vs. host addresses.Memory TipRemember: /28 means '28 bits for the network'
  2. Card 2
    HintIt's like a dividing line between the network address and the specific device on that network.Memory TipSubnet mask = Network vs. Host
  3. Card 3
    HintThink about how an address can be split to identify both the network and the specific device on it.Memory TipNetwork & Host = Two sides of the IP address coin!
  4. Card 4
    HintStart with the total addresses possible for 6 bits, then subtract the unusable ones.Memory Tip6 bits = 64, then subtract 2 for network and broadcast
  5. Card 5
    HintThink about how many unique addresses can be generated with 5 bits, then subtract the unusable ones.Memory Tip5 bits = 32 total addresses, subtract 2 for network and broadcast
  6. Card 6
    HintThe subnet mask tells you where the network portion of the IP address ends.Memory TipSubnet Mask = Dividing Line
  7. Card 7
    HintThink about how many unique addresses can be generated with 4 bits and what addresses are not used.Memory Tip4 bits = 16 total addresses, subtract 2 for network and broadcast
  8. Card 8
    HintConsider which address range it falls within and whether it is a specific device or a reserved address.Memory TipHost addresses are between network and broadcast addresses
  9. Card 9
    HintThe prefix length reflects the number of '1' bits in the subnet mask, representing the network portion.Memory TipThink of it like a code: the more '1' bits, the shorter the host portion and the more specific the network address
  10. Card 10
    HintThe number of host bits determines the range of usable addresses. Subtract 2 to account for network and broadcast addresses.Memory TipRemember, 2^n gives the total IPs, then remove 2 for network and broadcast
  11. Card 11
    Hint5 host bits mean 27 network bits. Convert the binary representation to its decimal equivalent for the subnet mask.Memory TipSubtract host bits from 32 to find network bits
  12. Card 12
    HintBorrowed bits for subnetting determine the number of subnets possible.Memory Tip2 raised to the power of borrowed bits equals the number of subnets
  13. Card 13
    HintThe slash notation indicates network bits, directly translating to the subnet mask.Memory TipThink of it as '20 network bits = 224 as the last octet'
  14. Card 14
    HintIt allows flexibility in subnet sizes to meet different network needs.Memory TipVariable size, efficient addressing
  15. Card 15
    HintThe result of the AND operation determines the network address.Memory TipFilter out the 'host part' of the IP address for network identification
  16. Card 16
    HintCalculate total addresses using 2^n, then subtract 2 for network and broadcast.Memory TipHost bits determine total IPs, reduce by 2 for usable IPs

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