Task $2$: Network planning $($you don't need to implement this task in VM$)$

A university has a main campus and a remote campus at another location. The default router to the Internet on the main campus has

an IP address of $10\mathrm{.}0.(0\mathrm{.}1)/(24.)$ The main campus network is connected to the Internet through a router called RouterA $($Router A and

the default router are two different routers$).$ The main campus has no more than $15000$ staff and students. The remote campus

network is connected to the main campus network through a router called RouterB. The remote campus has no more than $200$ staff

and students. All staff and students should be able to access to the Internet and to the resources on both campuses.

Your task is to plan the campus networks.

a Task $2$: Network planning $($you don't need to implement this task in VM$)$

A university has a main campus and a remote campus at another location. The default router to the Internet on the main campus has

an IP address of $10\mathrm{.}0.(0\mathrm{.}1)/(24.)$ The main campus network is connected to the Internet through a router called RouterA $($Router A and

the default router are two different routers$).$ The main campus has no more than $15000$ staff and students. The remote campus

network is connected to the main campus network through a router called RouterB. The remote campus has no more than $200$ staff

and students. All staff and students should be able to access to the Internet and to the resources on both campuses.

Your task is to plan the campus networks.