$("$NO$"$ AI Genereated Answer Please$)$ Use Cisco Packet Tracer to create the network with values shown below containing $3$ interconnected Ethernet switches

and $3$ computers. Verify that from PC$1,$ you can ping the IP address of the other five devices. Subnet mask of all

devices should be $255\mathrm{.}255\mathrm{.}255\mathrm{.}0.$

$(1$ pt$)$ Submit screenshot of Cisco Packet Tracer network diagram created. Make sure that the port labels are shown

$($Options$->$Preferences$->$Show Port Labels$)$

Submit output of "show running$-$config" of each switch.

a$.(1$ pt$)$ Highlight the Cisco command$($s$)$ used to configure each connected switch port to be in vlan $2.$

b$.(1$ pt$)$ Highlight the Cisco command$($s$)$ used to configure the ip address of the switches to be in vlan $2.$

c$.(1$ pt$)$ Highlight the Cisco command$($s$)$ used to configure the spanning$-$tree priority for vlan $2$ of each switch.

$(1$pt$)$ Which switch is the root bridge?

Support your answer with an appropriate screenshot of "show spanning$-$tree" executed on the root bridge.

$(1$pt$)$ Which switch ports will become a Spanning$-$Tree Protocol root port?

Support your answer with screenshots of "show spanning$-$tree" executed on switches containing a root port

$(1$pt$)$ Which switch port$($s$)$ on each switch will Spanning$-$Tree Protocol place into forwarding state?

Support your answer with screenshots.

$(1$pt$)$ Which switch ports$($s$)$ on which switch will Spanning$-$Tree Protocol place into blocking state?

Support your answer with a screenshot of "show spanning$-$tree" executed on switch with blocked port.

$(1$pt$)$ If PC$1$ were to send ICMP ping packets to PC$2,$ which network links will the packets traverse?

$(1$pt$)$ On the switch that has a STP blocked port, what will spanning tree protocol do to this port if you were to

administratively "shutdown" the interface of this switch's original STP root port?