0 points: An organization has a block of 1024 classless IPv4 addresses. They want to create subnets of that block with sizes 500, 200, 100, and 100. Is this possible?
50 points: An organization has a block of 1024 classless IPv4 addresses. They want to create subnets of that block with sizes 500, 200, 200, and 5. Is this possible?
0 points: An organization has a block of classless IPv4 addresses that include 34.13.26.5/23. They want to subnet into blocks of 200, 100, and 50 addresses. Is this possible? If so, what are the first and last addresses for each subnet?
50 points: An organization has a block of classless IPv4 addresses that include 60.12.87.12/25. They want to subnet into blocks of 50, 25, and 25 addresses. Is this possible? If so, what are the first and last addresses for each subnet?
0 points: Cinder Mustarum returns to Pallet Town after exploring the long grass. He plugs his Pokedex into the network at the local Pokemon Center, hoping to get an IP address.
- What is the first type of DHCP message his Pokedex sends?
- Which IPv4 address does the Pokedex send this message to?
- What is the source IP address specified in this message?
60 points: The Pokemon Center's DHCP server at address 132.24.207.128/25 responds with another message offering Cinder's Pokedex the address 132.24.207.145/25.
- What is the type of this DHCP message?
- Which IPv4 address does the DHCP server send this message to?
- What is in the Your-address field?
- What is the source IP address specified in this message?
60 points: Cinder's Pokedex accepts that IP and sends an acceptance message.
- What is the type of this DHCP message?
- Which IPv4 address does the Pokedex send this message to?
- What is the source IP address specified in this message?
20 points: The server acknowledges receipt of the last message by sending another message.
- What is the type of this DHCP message?
- Which IPv4 address does the DHCP server send this message to? (Hint: this is actually sent broadcast-style!)
Total Points: 240