Plan the IP addressing as follows:
- Use a private Class B network
- Use the longest (largest /prefix value) for each subnet’s mask that is allowed per these requirements. That is, if /24 works, and /23 works, use /24.
- Support the following number of hosts/subnet:
Subnet 1: 50
Subnet 2: 100
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- Assign the numerically lowest subnet numbers
- Assign the subnets in the order implied in the figure: subnet 1 with the lowest subnet ID, subnet 2 with the next higher subnet ID, and so on.
- Assign the lowest IP address in each subnet to the router
- Assign the highest IP address in each subnet to a PC
1) Complete the following table with the Subnet Mask in both decimal and CIDR notation.
Subnet |
# Hosts |
Subnet Mask |
Subnet ID |
Broadcast Address |
Address Range |
Subnet 1 |
50 |
||||
Subnet 2 |
100 |
||||
Subnet 3 |
300 |
2) Configure the IP addresses, and subnet mask for the router:
Interface |
IP Address |
Subnet Mask/CIDR |
R1 S1 |
||
R1 S2 |
||
R1 S3 |
3) Provide a table of each device in subnets 1, 2, and 3 and the corresponding IPv4 address.
Device |
Subnet 1 |
Subnet 2 |
Subnet 3 |
Subnet ID/CIDR | |||
Switch | |||
Server | |||
PC1 | |||
PC2 | |||
PC3 | |||
PC4 | |||
PC5 |