DRAG DROP
Drag the term on the left to its definition on the right.

DRAG DROP
Drag the term on the left to its definition on the right.

DRAG DROP
Drag the appropriate 5 steps of the boot sequence on the left to their correct slots on the right.

DRAG DROP
From the partial router output below, match the output information to the OSI layer.

DRAG DROP
Drag the description on the left to the correct router mode on right.

DRAG DROP
Drag the description on the left to the routing protocol on the right.

DRAG DROP
Complete the network topology shown in the graphic by dragging the labels below with the appropriate router types, interface types, and IP addresses to the graphic

DRAG DROP
Two offices are displayed below

You work as a network technician. Study the exhibit carefully. The company has a main office in
Los Angeles and a satellite office in Boston. The offices are connected through two Cisco routers.
The Boston satellite office is connected through the R2 router s0 interface to the Los Angeles
office R1 router s1 interface. R1 has two local area networks. Boston users receive Internet
access through the R1 router. Drag the boxes on the top to complete the goal on the left.

DRAG DROP
The left describes the types of cables, while the right describes the purposes of the cables.

Drag the items on the left to the proper locations. (Not all items can be used.)

CORRECT TEXT
CP.Inc has decided to network three (3) locations to improve efficiency in inventory control. The
routers have been named to reflect the location: -RA, -RB, -RC. The necessary networking has
been completed at each location, and the routers have been configured with single area OSPF as
the routing protocol. The -RA router was recently installed but connectivity is not complete
because of incomplete routing tables. Identify and correct any problem you see in the
configuration.
NOTE: The OSPF process must be configured to allow interfaces in specific subnets to paricipate
in the routing process.