1111000.110.1100.11001000
Which of the following binary sequences corresponds to the IP address 165.76.24.17
Answer: 172.16.192.160 IP address: 172.16.192.166 in binary: 10101100.00010000.11000000.10100110 Subnet mask: 255.255.255.248 in binary 11111111.11111111.11111111.11111000 get answer by ANDing answer in binary: 10101100.00010000.11000000.10100000 answer: 172.16.192.160
01000000.00100000.00010000.00001000
To convert the decimal IP address 131.9.202.111 into binary format, each octet is converted separately. The binary representation is as follows: 131 is 10000011, 9 is 00001001, 202 is 11001010, and 111 is 01101111. Therefore, the complete binary format of the IP address is 10000011.00001001.11001010.01101111.
11011100.11000011.10100100.01111010
To convert the decimal IP address 131.9.202.111 to binary format, each decimal octet is converted to an 8-bit binary number. This results in: 131 (10000011), 9 (00001001), 202 (11001010), and 111 (01101111). Therefore, the binary format for the IP address 131.9.202.111 is 10000011.00001001.11001010.01101111.
Who da f%*$ knows!
To convert the IP address 169.254.135.4 to binary, we convert each octet separately. The conversions are: 169 → 10101001, 254 → 11111110, 135 → 10000111, and 4 → 00000100. Therefore, the binary representation of the IP address 169.254.135.4 is 10101001.11111110.10000111.00000100.
Subnetwork
Dotted Decimal
An IP address can also be referred to as a "binary" format, as it is fundamentally represented in binary code. Additionally, it may be expressed in hexadecimal notation, especially in contexts like networking and programming. In some cases, IP addresses can also be represented as "CIDR notation," which combines the IP address with a suffix indicating the subnet mask.
The host portion of an IP address of all zeros indicates that you are referring to 'this network'. For example, the address 145.5.0.0 means the network 145.5