Divide the LAN into 2 subnets and then re-draw it to show the subnets. Assume that you have a supply of switches as needed. Name this figure as Figure 2.

build the network route on the picture explain what was the challenging part and how you solve them.  please provide the details for the router configuration , including command lists, status lists (using SHOW), and the routing table? Additionally, could you explain the two approaches: one using only a static approach and the other using only RIP?

How to forward to a border router? Consider the network shown below. Suppose AS1, AS2, AS3, and AS4 are running OSPF for their intra-AS routing protocol and that all links have a weight of 1. Initially suppose there is no link between AS2 and AS4. Once router 1d learns about destination x, it will need to install a forwarding table entry to x. Indicate which one of the statements below are true. 3b 3a AS 3 4c 1a 4b AS 4 1c AS 1 1d 4a 1b 2c AS 2 2b O 1d will forward along z1 since OSPF has computed the path to 1c is via z1. O 1d will forward along z2 since BGP has computed the path to 1c is via z2. O 1d will forward along z2 since OSPF has computed the path to 1c is via z2. O 1d will forward along z1 since BGP has computed the path to 1c is via z1. O 1d will forward along z1 since hot potato routing forwards clockwise.

Refer to the diagram above. The initial state of SW1 and SW2 forwarding tables is shown next to Alpha and Foxtrot, respectively. Assume that all switch ports have all default settings. Answer questions below. Treat each objective as independent from others, i.e. start each objective with the same initial state of the two forwarding tables (shown). When Bravo sends a unicast frame to Charlie, will SW1 forward or flood this frame, and out which port(s)? Will SW2 forward or flood this frame, and, if yes, out which port(s)? When Charlie replies to Bravo, will SW1 forward or flood this frame, and out which port(s)?