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What is the binary sequences corresponds to the IP address 165.76.24.17?

Which of the following binary sequences corresponds to the IP address 165.76.24.17


A router interface has been assigned an IP address of 172.16.192.166 with a mask of 255.255.255.248 To which subnet does the IP address belong?

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


What is the binary IP address for 64.32.16.8?

01000000.00100000.00010000.00001000


What is the binary IP address for 120.6.12.200?

1111000.110.1100.11001000


How do you get the subnet of 220.200.190.0 and how do you write it out in binary?

To get the subnet of an IPv4 address you need to know the subnet mask. To write the IP address in binary, simply convert each octet to its binary equivalent and remove the periods (dots). Thus 220.200.190.0 becomes 11011100110010001011111000000000.


What is the binary number IP address 220.195.164.122?

11011100.11000011.10100100.01111010


How can you tell if an IP address is a broadcast address if you write out the address in binary?

Who da f%*$ knows!


When the host portion of an IP address is all binary zeros that address is the what kind of identifier?

Subnetwork


What is the name for the decimal representation of the binary IP address called?

Dotted Decimal


What are the procedure involved in calculating ip address?

The standard written format for an IP address is as 4 bytes written as their decimal values separated by periods. Just convert each decimal value to a binary byte and append them to make a 32 bit number. Reverse that to convert a 32 bit number to 4 decimal bytes separated by periods.


Convert the 32 bits binary ip address into dotted decimal notation100111000000000111100110000000111?

People often refer to the sections of a dotted decimal IP address as an octet for example, with the address 192.168.0.1, 192 is an octet, 168 is an octet, 0 is an octet and 1 is an octet. They call it this because each part of the IP address I just describes refers to 8 bits of the 32 bit IP address. Case and point: 192 = 11000000 168 = 10101000 0 = 00000000 1 = 00000001 To create the whole IP address in binary, I just put one after the other in the order they would appear in a IP address so 192.168.0.1 = 11000000101010000000000000000001. It's important to remember that every octet is 8 bits long hence why it's named an octet so, even though 0 in decimal is 0 in binary, in a IP address 0 in decimal is 00000000 in a IP address. Now that you understand how to convert a dotted decimal IP address into binary it should be clear how to change it back the other way around. Since your number is too long I am just gonna chop off the right most 1. Your first number, which is the left most 8 bits of the IP address is 10011100 which is 156 in decimal. We do this for each set of 8 bits afterwards so we would have: 10011100 = 156 00000001 = 1 11100110 = 230 00000011 = 4 This would create a final dotted decimal IP address of 156.1.230.1. Keep in mind your number is too long so I had to throw away a digit which means it may have been the wrong one and this isn't what the initial IP was supposed to be but now that you know the method you can re apply it to the proper binary IP address and see what the dotted decimal version is.


When the host portion of an IP address is all binary ones?

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