Select words$/$phrases from the dropdown menus to define the process of sending a message from host A to host D in the diagram below. Each phrase may be used zero or more times.

Subnet #$1$ has the network address $198\mathrm{.}137\mathrm{.}25\mathrm{.}0/24.$ Host A$,$ Host B$,$ and NIC #$1$ of Router A are connected to Subnet #$1.$

Host A: $198\mathrm{.}137\mathrm{.}25\mathrm{.}2$ and $22$:$33$:$44$:$55$:$66$:$77$

Host B: $198\mathrm{.}137\mathrm{.}25\mathrm{.}3$ and $33$:$44$:$55$:$66$:$77$:$88$

Subnet #$2$ has the network address $223\mathrm{.}87\mathrm{.}156\mathrm{.}0/24.$ Host C$,$ Host D$,$ NIC #$2$ of Router A$,$ and NIC #$3$ of Router B are connected to Subnet #$2.$

Host C: $223\mathrm{.}87\mathrm{.}156\mathrm{.}3$ and $66$:$77$:$88$:$99$:AA:BB

Host D: $223\mathrm{.}87\mathrm{.}156\mathrm{.}4$ and $77$:$88$:$99$:AA:BB:CC

Network Diagram

A finds that D belongs to a different subnet by checking

$[$ Select $]$

$.$

A looks up

D$\text{'}$s IP address

in its routing table.

A uses ARP to get

RouterA's NIC#$1$ MAC address

$.$

A creates frame with

RouterA's NIC#$1$ MAC address

as destination. Frame contains IP datagram with

D$\text{'}$s IP address

as destination.

A$$s NIC sends frame and RouterA$$s NIC receives it$.$

RouterA removes IP datagram from frame, learns that its destination is

$[$ Select $]$

$.$

RouterA uses ARP to get

$[$ Select $]$

$.$

RouterA creates frame with

$[$ Select $]$

as destination. Frame contains IP datagram with

$[$ Select $]$

as destination.

RouterA$$s NIC sends frame and D$$s NIC receives it$.$