Convert the IPv4 addresses to their binary equivalent. An IPv4 address can be converted using the same technique you used above. Fill in the table below with the binary equivalent of the addresses provided. To make your answers easier to read, separate the binary octets with a period. Decimal Binary 192.168.10.10 11000000.10101000.00001010.00001010 209.165.200.229 172.16.18.183 10.86.252.17 255.255.255.128 255.255.192.0 Use Bitwise ANDing Operation to Determine Network Addresses In Part 2, you will use the bitwise ANDing operation to calculate the network address for the provided host addresses. You will first need to convert an IPv4 decimal address and subnet mask to their binary equivalent. Once you have the binary form of the network address, convert it to its decimal form. Note: The ANDing process compares the binary value in each bit position of the 32-bit host IP with the corresponding position in the 32-bit subnet mask. If there two 0s or a 0 and a 1, the ANDing result is 0. If there are two 1s, the result is a 1, as shown in the example here. Determine the number of bits to use to calculate the network address. Description Decimal Binary IP Address 192.168.10.131 11000000.10101000.00001010.10000011 Subnet Mask 255.255.255.192 11111111.11111111.11111111.11000000 Network Address 192.168.10.128 11000000.10101000.00001010.10000000 How do you determine what bits to use to calculate the network address? ____________________________________________________________________________________ In the example above, how many bits are used to calculate the network address? ______________ Use the ANDing operation to determine the network address. Enter the missing information into the table below:
Convert the IPv4 addresses to their binary equivalent. An IPv4 address can be converted using the same technique you used above. Fill in the table below with the binary equivalent of the addresses provided. To make your answers easier to read, separate the binary octets with a period. Decimal Binary 192.168.10.10 11000000.10101000.00001010.00001010 209.165.200.229 172.16.18.183 10.86.252.17 255.255.255.128 255.255.192.0 Use Bitwise ANDing Operation to Determine Network Addresses In Part 2, you will use the bitwise ANDing operation to calculate the network address for the provided host addresses. You will first need to convert an IPv4 decimal address and subnet mask to their binary equivalent. Once you have the binary form of the network address, convert it to its decimal form. Note: The ANDing process compares the binary value in each bit position of the 32-bit host IP with the corresponding position in the 32-bit subnet mask. If there two 0s or a 0 and a 1, the ANDing result is 0. If there are two 1s, the result is a 1, as shown in the example here. Determine the number of bits to use to calculate the network address. Description Decimal Binary IP Address 192.168.10.131 11000000.10101000.00001010.10000011 Subnet Mask 255.255.255.192 11111111.11111111.11111111.11000000 Network Address 192.168.10.128 11000000.10101000.00001010.10000000 How do you determine what bits to use to calculate the network address? ____________________________________________________________________________________ In the example above, how many bits are used to calculate the network address? ______________ Use the ANDing operation to determine the network address. Enter the missing information into the table below:
8.1.2.8%20Lab%20-%20Converting%20IPv4%20Addresses%20to%20Binary.docx