Designing Network and Assigning IP$$S$.$

$2.$ Establishing Connectivity across the network.

$3.$ Creating VLANS with Subnets.

$4.$ Configure Legacy and Router on Stick to create InterVLAN Routing between VLANS.

$192\mathrm{.}168\mathrm{.}60.?/?$

Part$1$: Answer the Following Questions:

$1.$ How many networks we have in this design?

$2.$ How many Broadcast domains and collision domains?

$3.$ What are the IP addresses, Subnet Mask and Gateway use

in each PC$?$

PC$11$ Server$2$ PC$12$ PC$13$ PC$14$

IP

SM

GW

$4.$ Ping from Server$2$ to PC$14$ and from PC$13$ PC$11$ then show what the MAC address in all switches are?

Switch$7$ Switch$8$ Switch$9$

$192\mathrm{.}168\mathrm{.}60.?/?$

Part$2$: Answer the Following Questions:

$1.$ How many networks we have in this design?

$2.$ How many Broadcast domains and collision domains?

$3.$ What are the IP addresses, Subnet Mask and Gateway use in each PC$?$

PC$0$ PC$1$ PC$2$ PC$3$

IP

SM

GW

$4.$ Implement Legacy InterVLAN Routing and show to the Instructor that you can ping between PC$0$ and

PC$1$ and PC$2$ to PC$3$between the two VLANS.

$5.$ Implement Router$-$on$-$Stick Routing and show to the Instructor that you

can ping between PC$0$ and PC$1$ and PC$2$ to PC$3$between the two VLANS.

$192\mathrm{.}168\mathrm{.}60.?/?$