1. For each IPv4 network prefix given (with length), identify which of the subsequent IPv4 addresses are part of the same subnet.
(a). 10.0.130.0/23: = 00001010.00000000.10000010.00000000/23.
Subnet Range: 10.0.130.0 to 10.0.131.255.
10.0.130.23: Yes, it is part of the same subnet.
10.0.129.1: No, it is not part of the same subnet.
10.0.131.12: Yes, it is part of the same subnet.
10.0.132.7: No, it is not part of the same subnet.
(b). 10.0.132.0/22: 00001010.00000000.10001000.00000000/22
Subnet Range: 10.0.132.0 to 10.0.135.255.
10.0.130.23: No, it is not part of the same subnet.
10.0.135.1: Yes, it is part of the same subnet.
10.0.134.12: Yes, it is part of the same subnet.
10.0.136.7: No, it is not part of the same subnet.
(c). 10.0.64.0/18:…show more content… 10.0.170.3: Yes, it is part of the same subnet.
10.0.174.5: Yes, it is part of the same subnet.
10.0.177.7: No, it is not part of the same subnet.
(e). 10.0.0.64/26: 00001010.00000000.00000000.01000000/26
Subnet Range: 10.0.0.64 to 10.0.0.127
10.0.0.125: Yes, it is part of the same subnet.
10.0.0.66: Yes, it is part of the same subnet.
10.0.0.130: No, it is not part of the same subnet.
10.0.0.62: No, it is not part of the same subnet. 2. Convert the following subnet masks to /k notation, and vice-versa:
(a). 255.255.240.0 = 11111111.11111111.11110000.00000000 = /20
(c). 255.255.255.192 = 11111111.11111111.11111111.11000000 =…show more content… Suppose an Ethernet packet represents a TCP acknowledgment; that is, the packet contains an IPv4 header with no options and a 20-byte TCP header but nothing else. Is the IPv4 packet here smaller than the Ethernet minimum packet size, and, if so, by how much? What if the packet is IPv6 with no extension headers? The maximum transmission unit (MTU) for the ethernet packet is 1500 bytes, the total confinement on TCP bundle measurement is 65535 bytes. This is therefore bigger than the extent of any packet available, because the lower layers have brought down packet sizes.
The possible size for an IPv4 packet: It is successful upheld by the basic system, including header and information 16-bit field characterizes the entire packet measurements in bytes. The base size for header without information is 20 bytes and the extreme size is 65535 bytes.
The base edge estimates 64 bytes, an ethernet online comprises of 4 bytes trailer and 14 bytes of ethernet header. Making it 46 bytes (64-14-4). The illustration given is little than the base ethernet outline estimate. The TCP/IP would be 40 bytes
