ICND1 - Part 3 Quiz Flashcards
Hubs create problems in that they cause collisions since they simply regenerate the signal and flood it out all ports. What technology must devices use when connected to a hub to reduce collisions?
a. CSMA/CA
b. CSMA/CT
c. CSMA/CD
d. CDMA/CD
c. CSMA/CD
Bridges increase collision domains.
a. True
b. False
a. True
Routers increase collision domains.
a. True
b. False
a. True
Select three answers that pertain to collision domains. (Choose 3)
a. LAN switches place each separate interface into a separate collision domain.
b. LAN bridges, which use different logic than switches, placed each interface into a separate collision domain.
c. Routers place each LAN interface into a separate collision domain.
d. LAN hubs do not put each interface into separate collision domains.
a. LAN switches place each separate interface into a separate collision domain.
c. Routers place each LAN interface into a separate collision domain.
d. LAN hubs do not put each interface into separate collision domains.
Full duplex interfaces on a switch would not have collisions at all.
a. True
b. False
a. True
What is a broadcast domain?
a. A set of networks in which a broadcast is delivered.
b. A set of devices in which a broadcast is delivered.
c. A set of switches in which a broadcast is delivered.
d. A set of routers in which a broadcast is delivered.
b. A set of devices in which a broadcast is delivered.
A LAN consists of all devices in the same collision domain.
a. True
b. False
b. False
Given two VLANs on a single switch, what must be necessary for the two devices, one on each VLAN to communicate with each other? (Choose 2)
a. Nothing, the switch can handle inter-vlan communication.
b. A bridge is required.
c. A hub is required.
d. A wireless access point is required.
e. A router is required.
f. A multi-layer switch is required.
e. A router is required.
f. A multi-layer switch is required.
VLANs break up a switch into multiple broadcast domains.
a. True
b. False
a. True
Routers by default, forward LAN broadcasts on their Ethernet interfaces.
a. True
b. False
b. False
What are valid descriptions of a two-tier campus design? (Choose 3)
a. Generally consists of an access layer and distribution layer.
b. Can consist of a star, full mesh, partial mesh, bus, or ring topology.
c. The distribution layer creates a partial mesh between devices for redundancy.
d. The two-tier design normally consists of a partial mesh at the distribution layer and a star design at the access layer.
e. The two-tier design is no longer used in today’s networks.
a. Generally consists of an access layer and distribution layer.
c. The distribution layer creates a partial mesh between devices for redundancy.
d. The two-tier design normally consists of a partial mesh at the distribution layer and a star design at the access layer.
What additional layer does the three-tier campus design have compared to the two-tier design?
a. Access layer
b. Distribution layer
c. WAN layer
d. Edge layer
e. Link layer
f. Security layer
g. Core layer
g. Core layer
Any group of nodes that connect with more links than a star topology is typically called a mesh.
a. True
b. False
a. True
Which standard is the Ethernet standard from IEEE?
a. 802.1D
b. 802.11
c. 802.3
d. 802.1x
c. 802.3
Which of the following should be considered when choosing an Ethernet standard? (Choose 3)
a. Cost of cabling and switch hardware.
b. The duplex required on the network.
c. The maximum distance allowed between devices when using that standard/cabling.
d. The protocols supported by the cable being used.
e. The speed.
f. POTS phones usage.
a. Cost of cabling and switch hardware.
c. The maximum distance allowed between devices when using that standard/cabling.
e. The speed.