Consider the router and the three attached suknets below$($ A$,$B$,$ and C $).$ The number ofhosts is also

shown below. The sunets share the $23$ high$-$order kits of the address space: $207\mathrm{.}119\mathrm{.}180\mathrm{.}0//23.4010,$ wil$)$

Assign suknet addresses to each of the suknets $($ A$,$ B$,$ and C$)$ so that the amount of address space

assigned is minima, and at the same the leaving the largest possible contiguous address space

available for assignment if a new subnet were to be added. Then answer the questions below.

Is the address space public or private?

How many hosts can there be in this address space?

What is the subnet address of subnet A$?($CIDR notation$)$

What is the broadcast address of subnet A $?$

What is the starting address of subnet A$?$

What is the ending address of subnet A$?$

What is the subnet address of subnet B$?($CIDR notation$)$

What is the broadcast address of subnet B $?$

What is the starting address of subnet B$?$

What is the ending address of subnet B $?$

What is the subnet address of subnet C$?($CIDR notation$)$

What is the broadcast address of subnet C$?$

What is the starting address of subnet C$?$

What is the ending address of subnet C$?$