Task $3-$Configure the network

In this task we will configure the devices. We will need to bring up the router interfaces to a usable state and assign IP addresses to them.

We will configure the $$1$ and $$2$ switches with VLANs and trunks. We will keep the $$3$ switch with its "default" settings.

We will use DHCP for the remainder of the devices for their respective IP addresses.

Start off by bringing each of the router interfaces up$.$ We will be using Se$0/1/1,$ Se$0/1/0,60/0/0$ and G$0/0/1$ for the $R1$ router.

We will be using Se$0/1/1,$ Se$0/1/0$ and G$0/0/0$ for the R$2$ router.

Lastly, we will be using Se$0/1/1,$ Se$0/1/0$ and G$0/0/0$ for the R$3$ router.

Below is an example of bringing up the interfaces for the R$2$ router. Do the same for the R$1$ and R$3$ router interfaces.

mat $($temat$.$

Tha $($ecmHig$-1$A$)$ tintersmed Seo$/1/10$

pas $($contig$-1)$ tmo chatdom

Me $($emaig$-$if$)$ HinterSmes CO$/0/0$

Me $($contig$-$if$)$ tmo mhutalotr

ma $($mantim$-$iat$)$

Take a look at the table below. This is a standard network connection grid that you will be using in the future for all of your network programming.

Any time you see a $q,$ replace it with the number assigned to you by your instructor. Any time you see a ###$,$ determine the number.

$\backslash$table$[[$System$,$Port,Connect To$,$IP address,Subnet Mask,Clock Rate$],[Se\frac{0}{1}\frac{?}{0}>-R1Se\frac{0}{1}\frac{?}{1R3192\mathrm{.}168.\text{d}\text{o}\text{t}\text{s}\mathrm{.}10G}\frac{O}{0}\frac{?}{1}>-R1G\frac{O}{0}\frac{?}{0}>-R2Se\frac{0}{1}\frac{?}{0R3}>-R2Se\frac{0}{1}\frac{?}{1192\mathrm{.}168.\text{d}\text{o}\text{t}\text{s}}$##$>-R2\frac{60}{0}\frac{?}{0\mathrm{.}10}>-\frac{60}{0}$:$0\mathrm{.}20=-R3Se\frac{0}{1}\frac{?}{0R1192\mathrm{.}168\text{d}\text{o}\text{t}\text{s}9}=-R3Se\frac{0}{1}\frac{?}{1R2192\mathrm{.}168\text{d}\text{o}\text{t}\text{s}\text{G}\text{O}0\mathrm{.}00}>-R1,G\frac{O}{0}\frac{?}{1},Wi-$FiRouter,$172\mathrm{.}16.{?}_{97},255\mathrm{.}255\mathrm{.}255\mathrm{.}224,$