Pick any two stations from the set of $($BR$,$WS$1,$WS$2,$WS$3).$ Show the path a IP packet would take between the two stations.

As an example, if you chose WS$1$ and WS$3$ you would turn in somthing like this:

Packet from WS$1$ to WS$3$

IP packet leaves WS$1$ eth$0$

Ethernet source address: xx$-$xx$-$xx$-$xx$-$xx$-$xx

IP source address X$.$X$.$X$.$X

Ethernet destination address: xx$-$xx$-$xx$-$xx$-$xx$-$xx

IP destination address X$.$X$.$X$.$X

IP packet arrives at R$1$ eth$1$

IP packet leaves R$1$ eth$3$

Ethernet source address: xx$-$xx$-$xx$-$xx$-$xx$-$xx

IP source address X$.$X$.$X$.$X

Ethernet destination address: xx$-$xx$-$xx$-$xx$-$xx$-$xx

IP destination address X$.$X$.$X$.$X

IP packet arrives at R$3$ eth$1/1$

IP packet leaves R$3$ eth$1/2$

Ethernet source address: xx$-$xx$-$xx$-$xx$-$xx$-$xx

IP source address X$.$X$.$X$.$X

Ethernet destination address: xx$-$xx$-$xx$-$xx$-$xx$-$xx

IP destination address X$.$X$.$X$.$X

IP packet arrives at WS$3$ eth$0$

The ip addresses and MAC addresses to use are the ones that would be in the packet itself as it moves through the network.

One paragraph describing each hop. You can choose any path available if there is more than one. You can not choose the example path above. $($WS$1$ to WS$3)$