We appreciate your visit to Internet Protocol IP v6 addresses are written out in which format A 4 groups of 16 bits B 6 groups of 32 bits C 8. This page offers clear insights and highlights the essential aspects of the topic. Our goal is to provide a helpful and engaging learning experience. Explore the content and find the answers you need!
Answer :
IPv6 addresses are written out in a specific format to accommodate the larger address space compared to IPv4. Let's understand the format:
1. IPv6 Address Structure: An IPv6 address is 128 bits long. It is divided into groups to make it easier to read and use.
2. Groups of the IPv6 Address: This 128-bit address is divided into 8 groups. Each group consists of 16 bits.
3. Representation: These groups are typically represented as hexadecimal values, separated by colons. Each group is 4 hexadecimal digits long because each hexadecimal digit represents 4 bits.
Given these details, the correct format for writing out an IPv6 address is "8 groups of 16 bits."
So, among the options provided:
- 4 groups of 16 bits: This would only account for 64 bits in total, which is not sufficient for an IPv6 address.
- 6 groups of 32 bits: This totals 192 bits, which is more than the length of an IPv6 address.
- 8 groups of 12 bits: This only provides 96 bits, which is still not enough for an IPv6 address.
- 8 groups of 16 bits: This correctly sums to 128 bits, which matches the length of an IPv6 address.
Therefore, the correct format for IPv6 addresses is "8 groups of 16 bits."
1. IPv6 Address Structure: An IPv6 address is 128 bits long. It is divided into groups to make it easier to read and use.
2. Groups of the IPv6 Address: This 128-bit address is divided into 8 groups. Each group consists of 16 bits.
3. Representation: These groups are typically represented as hexadecimal values, separated by colons. Each group is 4 hexadecimal digits long because each hexadecimal digit represents 4 bits.
Given these details, the correct format for writing out an IPv6 address is "8 groups of 16 bits."
So, among the options provided:
- 4 groups of 16 bits: This would only account for 64 bits in total, which is not sufficient for an IPv6 address.
- 6 groups of 32 bits: This totals 192 bits, which is more than the length of an IPv6 address.
- 8 groups of 12 bits: This only provides 96 bits, which is still not enough for an IPv6 address.
- 8 groups of 16 bits: This correctly sums to 128 bits, which matches the length of an IPv6 address.
Therefore, the correct format for IPv6 addresses is "8 groups of 16 bits."
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