The classes of IP addresses are identified by the first four bits of the IP address. Here's how each of the binary digits you provided map to IP address classes:

- 0: This binary digit corresponds to Class A. The first bit of a Class A IP address is always 0.

- 10: This binary digit corresponds to Class B. The first two bits of a Class B IP address are always 10.

- 110: This binary digit corresponds to Class C. The first three bits of a Class C IP address are always 110.

- 1110: This binary digit corresponds to Class D. The first four bits of a Class D IP address are always 1110.

- 1111: This binary digit corresponds to Class E. The first four bits of a Class E IP address are always 1111.

So, the answer to your question is:

0 - Class A
10 - Class B
110 - Class C
1110 - Class D
1111 - Class E

Question

The classes of IP addresses are identified by the first four bits of the IP address. Here's how each of the binary digits you provided map to IP address classes:

- 0: This binary digit corresponds to Class A. The first bit of a Class A IP address is always 0.

- 10: This binary digit corresponds to Class B. The first two bits of a Class B IP address are always 10.

- 110: This binary digit corresponds to Class C. The first three bits of a Class C IP address are always 110.

- 1110: This binary digit corresponds to Class D. The first four bits of a Class D IP address are always 1110.

- 1111: This binary digit corresponds to Class E. The first four bits of a Class E IP address are always 1111.

So, the answer to your question is:

0 -> Class A
10 -> Class B
110 -> Class C
1110 -> Class D
1111 -> Class E

Knowee AI · Accepted Answer

The classes of IP addresses are identified by the first four bits of the IP address. Here's how each of the binary digits you provided map to IP address classes:

- 0: This binary digit corresponds to Class A. The first bit of a Class A IP address is always 0.

- 10: This binary digit corresponds to Class B. The first two bits of a Class B IP address are always 10.

- 110: This binary digit corresponds to Class C. The first three bits of a Class C IP address are always 110.

- 1110: This binary digit corresponds to Class D. The first four bits of a Class D IP address are always 1110.

- 1111: This binary digit corresponds to Class E. The first four bits of a Class E IP address are always 1111.

So, the answer to your question is:

0 -> Class A
10 -> Class B
110 -> Class C
1110 -> Class D
1111 -> Class E

To which class of IP address are binary digits 0, 10, 110, 1110, and 1111 identified? A. Class B B. Class E C. Class A D. Class D

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