Nane thestir Gissaw

July $10-$ e$.......$

$!)$

How many networks are represented in this diagram? $q,$

$q,$

$25$ hosts

How many addresses are available to create the subnets? $170$

Complete the addressing table using the following requirements:

$-$All router interfaces are assigned the first available address in their respective networks.

$-$All switch SVIs are assigned the last available address in their respective networks.

$-$PCs are assigned any available address in their respective subnets.

$-$Serial networks are assigned the first and last addresses in their respective networks.

$\backslash$table$[[$Device$,$Interface,IP Address,Subnet Mask,Default Gateway$],[$R$1,$G$0/0,220\mathrm{.}10\mathrm{.}48\mathrm{.}128,2$S$5\mathrm{.}2$ss$\mathrm{.}2$s$4\mathrm{.}0,],[,$G$0/1,220\mathrm{.}10\mathrm{.}48\mathrm{.}0,,],[$G$0/2,,,],[$VLAN $1,,,],[$VLAN $1,,,],[$S$3,$VLAN $1,,,],[$S$1-$PC$1,$NIC,,,$],[$S$1-$PC$2,$NIC,,,$],[$S$2-$PC$1,$NIC,,,$],[$S$2-$PC$2,$NIC,,,$],[$S$3-$PC$1,$NIC,,,$]]$

Write the expression for the output of Figure $5,$ and use it to determine a complete truth table.

Write the expression for the output of Figure $5,$ and use it to determine a commlate tanth table.