Download Q1 on FINAL

Cisco 1 - Networking Basics
Final
What are the total number of bits available for assignment to the subnet field
when subnetting Class A, Class B, and Class C networks? (Choose three.)
Perrine. J
1.
24
2.
22
3.
16
4.
14
5.
8
6.
6
5/25/2017
Page 1
Cisco 1 - Networking Basics
Final
What are the total number of bits available for assignment to the subnet field
when subnetting Class A, Class B, and Class C networks? (Choose three.)
Perrine. J
1.
24
2.
22
3.
16
4.
14
5.
8
•
6
5/25/2017
Page 2
Cisco 1 - Networking Basics
Final
Which of the following are Cisco proprietary routing protocols? (Choose two.)
Perrine. J
1.
RIPv2
2.
IGRP
3.
OSPF
4.
BGP
5.
RIPv1
6.
EIGRP
5/25/2017
Page 3
Cisco 1 - Networking Basics
Final
Which of the following are Cisco proprietary routing protocols? (Choose two.)
Perrine. J
1.
RIPv2
2.
IGRP
3.
OSPF
4.
BGP
5.
RIPv1
6.
EIGRP
5/25/2017
Page 4
Cisco 1 - Networking Basics
Final
Which of the following are small, discrete components found within a
personal computer? (Choose three.)
Perrine. J
1.
transistor
2.
microprocessor
3.
power supply
4.
capacitor
5.
light emitting diode
6.
hard disk
5/25/2017
Page 5
Cisco 1 - Networking Basics
Final
Which of the following are small, discrete components found within a
personal computer? (Choose three.)
Perrine. J
1.
transistor
2.
microprocessor
3.
power supply
4.
capacitor
5.
light emitting diode
6.
hard disk
5/25/2017
Page 6
Cisco 1 - Networking Basics
Final
Using the IP address 38.159.163.37 with a subnet mask 255.255.255.240,
determine the subnetwork address.
Perrine. J
1.
38.159.0.0
2.
38.159.163.0
3.
38.159.163.0
4.
38.159.163.16
5.
38.159.163.32
6.
38.159.163.36
5/25/2017
Page 7
Cisco 1 - Networking Basics
Final
Using the IP address 38.159.163.37 with a subnet mask 255.255.255.240,
determine the subnetwork address.
Perrine. J
1.
38.159.0.0
2.
38.159.163.0
3.
38.159.163.0
4.
38.159.163.16
5.
38.159.163.32
6.
38.159.163.36
5/25/2017
Page 8
Cisco 1 - Networking Basics
Final
What is important to remember about the data link layer of the OSI model when
considering Peer to Peer communication? (Choose three.)
Perrine. J
1.
It links data to the transport layer.
2.
It encapsulates frames into packets.
3.
It provides a service to the network layer.
4.
It encapsulates the network layer information into a frame.
5.
Its header contains a physical address which is required to complete the
data link functions.
6.
It encodes the data link frame into a pattern of 1s and 0s (bits) for
transmission on the medium.
5/25/2017
Page 9
Cisco 1 - Networking Basics
Final
What is important to remember about the data link layer of the OSI model when
considering Peer to Peer communication? (Choose three.)
Perrine. J
1.
It links data to the transport layer.
2.
It encapsulates frames into packets.
3.
It provides a service to the network layer.
4.
It encapsulates the network layer information into a frame.
5.
Its header contains a physical address which is required to
complete the data link functions.
6.
It encodes the data link frame into a pattern of 1s and 0s (bits) for
transmission on the medium.
5/25/2017
Page 10
Cisco 1 - Networking Basics
Final
Which of the following are common LAN Technologies? (Choose three.)
Perrine. J
1.
Frame Relay
2.
Ethernet
3.
ISDN
4.
Token Ring
5.
Arcnet
6.
HDLC
5/25/2017
Page 11
Cisco 1 - Networking Basics
Final
Which of the following are common LAN Technologies? (Choose three.)
Perrine. J
1.
Frame Relay
2.
Ethernet
3.
ISDN
4.
Token Ring
5.
Arcnet
6.
HDLC
5/25/2017
Page 12
Cisco 1 - Networking Basics
Final
Select the option that describes the relationship between analog and digital
transmissions.
Perrine. J
1.
Analog transmissions occur over wire; digital transmissions do not.
2.
Analog transmission is bandwidth dependent; digital transmission is not.
3.
Digital transmission carries a variety of information; analog transmission
is restricted.
4.
Digital signals use a wide range of frequencies; analog signals use a
small range of frequencies.
5/25/2017
Page 13
Cisco 1 - Networking Basics
Final
Select the option that describes the relationship between analog and digital
transmissions.
Perrine. J
1.
Analog transmissions occur over wire; digital transmissions do not.
2.
Analog transmission is bandwidth dependent; digital transmission
is not.
3.
Digital transmission carries a variety of information; analog transmission
is restricted.
4.
Digital signals use a wide range of frequencies; analog signals use a
small range of frequencies.
5/25/2017
Page 14
Cisco 1 - Networking Basics
Final
Which of the following are valid frame types for an 802.3 WLAN? (Choose three.)
1.
control
2.
directional
3.
data
4.
byte
5.
management
6.
signal
Perrine. J
5/25/2017
Page 15
Cisco 1 - Networking Basics
Final
Which of the following are valid frame types for an 802.3 WLAN? (Choose three.)
1.
control
2.
directional
3.
data
4.
byte
5.
management
6.
signal
Perrine. J
5/25/2017
Page 16
Cisco 1 - Networking Basics
Final
Which of the following are considered the best electrical conductors for use in
data network communications? (Choose three.)
Perrine. J
1.
glass fibers
2.
copper
3.
gold
4.
plastic
5.
silicon
6.
silver
5/25/2017
Page 17
Cisco 1 - Networking Basics
Final
Which of the following are considered the best electrical conductors for use in
data network communications? (Choose three.)
Perrine. J
1.
glass fibers
2.
copper
3.
gold
4.
plastic
5.
silicon
6.
silver
5/25/2017
Page 18
Cisco 1 - Networking Basics
Final
Which of the following correctly describe AC and DC currents? (Choose three.)
Perrine. J
1.
DC always flows in the same direction, and DC voltages always have
the same polarity.
2.
In DC systems, the flow of electrons is always from a negatively
charged source to a positively charged source.
3.
In AC systems, electrons flow from negative to positive and then from
positive to negative.
4.
Power lines carry electricity in the form of DC because it can be
delivered efficiently over large distances.
5.
AC voltage reverses its polarity, so that the positive terminal becomes
negative, and the negative terminal becomes positive.
6.
For AC and DC electrical systems, the flow of electrons is always from
a positively charged source to a negatively charged source.
5/25/2017
Page 19
Cisco 1 - Networking Basics
Final
Which of the following correctly describe AC and DC currents? (Choose three.)
Perrine. J
1.
DC always flows in the same direction, and DC voltages always
have the same polarity.
2.
In DC systems, the flow of electrons is always from a negatively
charged source to a positively charged source.
3.
In AC systems, electrons flow from negative to positive and then from
positive to negative.
4.
Power lines carry electricity in the form of DC because it can be
delivered efficiently over large distances.
5.
AC voltage reverses its polarity, so that the positive terminal
becomes negative, and the negative terminal becomes positive.
6.
For AC and DC electrical systems, the flow of electrons is always from
a positively charged source to a negatively charged source.
5/25/2017
Page 20
Cisco 1 - Networking Basics
Final
Depending on how easily free electrons flow through them, materials are
classified into which three groups? (Choose three.)
Perrine. J
1.
semiconductors
2.
solids
3.
insulators
4.
conductors
5.
liquids
6.
gases
5/25/2017
Page 21
Cisco 1 - Networking Basics
Final
Depending on how easily free electrons flow through them, materials are
classified into which three groups? (Choose three.)
Perrine. J
1.
semiconductors
2.
solids
3.
insulators
4.
conductors
5.
liquids
6.
gases
5/25/2017
Page 22
Cisco 1 - Networking Basics
Final
The 802.11b standard has a transmitting rate of 11 Mbps. What is the actual
throughput?
Perrine. J
1.
2.0 to 3.5 Mbps
2.
3.5 to 4.5 Mbps
3.
5.0 to 5.5 Mbps
4.
6.0 to 7.5 Mbps
5/25/2017
Page 23
Cisco 1 - Networking Basics
Final
The 802.11b standard has a transmitting rate of 11 Mbps. What is the actual
throughput?
Perrine. J
1.
2.0 to 3.5 Mbps
2.
3.5 to 4.5 Mbps
3.
5.0 to 5.5 Mbps
4.
6.0 to 7.5 Mbps
5/25/2017
Page 24
Cisco 1 - Networking Basics
Final
Which combinations of charges will be repelled by electric force? (Choose two.)
Perrine. J
1.
neutral and neutral
2.
neutral and positive
3.
neutral and negative
4.
positive and positive
5.
positive and negative
6.
negative and negative
5/25/2017
Page 25
Cisco 1 - Networking Basics
Final
Which combinations of charges will be repelled by electric force? (Choose two.)
Perrine. J
1.
neutral and neutral
2.
neutral and positive
3.
neutral and negative
4.
positive and positive
5.
positive and negative
6.
negative and negative
5/25/2017
Page 26
Cisco 1 - Networking Basics
Final
During cable testing, which of the following are used to calculate the
information carrying capacity of a data cable? (Choose two.)
Perrine. J
1.
bit speed
2.
attenuation
3.
wire map
4.
saturation limit
5.
analog bandwidth
5/25/2017
Page 27
Cisco 1 - Networking Basics
Final
During cable testing, which of the following are used to calculate the
information carrying capacity of a data cable? (Choose two.)
Perrine. J
1.
bit speed
2.
attenuation
3.
wire map
4.
saturation limit
5.
analog bandwidth
5/25/2017
Page 28
Cisco 1 - Networking Basics
Final
A positive decibel measurement indicates which of the following about a
networking signal?
Perrine. J
1.
The signal has become distorted.
2.
The signal will have increased error rates.
3.
Power has been decreased.
4.
Power has been increased.
5.
Power is stable.
6.
Power is sufficient for data communications
5/25/2017
Page 29
Cisco 1 - Networking Basics
Final
A positive decibel measurement indicates which of the following about a
networking signal?
Perrine. J
1.
The signal has become distorted.
2.
The signal will have increased error rates.
3.
Power has been decreased.
4.
Power has been increased.
5.
Power is stable.
6.
Power is sufficient for data communications
5/25/2017
Page 30
Cisco 1 - Networking Basics
Final
Which type of noise affects all transmission frequencies equally?
Perrine. J
1.
baseband interference
2.
narrowband interference
3.
broadband interference
4.
black noise
5.
white noise
6.
gray noise
5/25/2017
Page 31
Cisco 1 - Networking Basics
Final
Which type of noise affects all transmission frequencies equally?
Perrine. J
1.
baseband interference
2.
narrowband interference
3.
broadband interference
4.
black noise
5.
white noise
6.
gray noise
5/25/2017
Page 32
Cisco 1 - Networking Basics
Final
The highest capacity Ethernet technologies should be implemented in which areas
of a network? (Choose three.)
Perrine. J
1.
between workstation and backbone switch
2.
between individual workstations
3.
between backbone switches
4.
between enterprise server and switch
5.
on aggregate access links
5/25/2017
Page 33
Cisco 1 - Networking Basics
Final
The highest capacity Ethernet technologies should be implemented in which areas
of a network? (Choose three.)
Perrine. J
1.
between workstation and backbone switch
2.
between individual workstations
3.
between backbone switches
4.
between enterprise server and switch
5.
on aggregate access links
5/25/2017
Page 34
Cisco 1 - Networking Basics
Final
An ISDN Basic Rate Interface (BRI) is composed of how many signaling
channels?
Perrine. J
1.
1
2.
2
3.
3
4.
4
5/25/2017
Page 35
Cisco 1 - Networking Basics
Final
An ISDN Basic Rate Interface (BRI) is composed of how many signaling
channels?
Perrine. J
1.
1
2.
2
3.
3
4.
4
5/25/2017
Page 36
Cisco 1 - Networking Basics
Final
What type of network cable is used to interconnect the ISDN BRI port to a serviceprovider device?
Perrine. J
1.
cross-over
2.
straight-through
3.
roll-over
4.
patch cable
5/25/2017
Page 37
Cisco 1 - Networking Basics
Final
What type of network cable is used to interconnect the ISDN BRI port to a serviceprovider device?
Perrine. J
1.
cross-over
2.
straight-through
3.
roll-over
4.
patch cable
5/25/2017
Page 38
Cisco 1 - Networking Basics
Final
Which of the following describe interframe spacing? (Choose two.)
Perrine. J
1.
the minimum interval, measured in bit-times, that any station must wait
before sending another frame
2.
the maximum interval, measured in bit-times, that any station must wait
before sending another frame
3.
the 96-bit payload padding inserted into a frame to achieve a legal
frame size
4.
the 96-bit frame padding transmitted between frames to achieve proper
synchronization
5.
the time allowed for slow stations to process a frame and prepare for
the next frame
6.
the maximum interval within which a station must send another frame to
avoid being considered unreachable
5/25/2017
Page 39
Cisco 1 - Networking Basics
Final
Which of the following describe interframe spacing? (Choose two.)
Perrine. J
1.
the minimum interval, measured in bit-times, that any station must
wait before sending another frame
2.
the maximum interval, measured in bit-times, that any station must wait
before sending another frame
3.
the 96-bit payload padding inserted into a frame to achieve a legal
frame size
4.
the 96-bit frame padding transmitted between frames to achieve proper
synchronization
5.
the time allowed for slow stations to process a frame and prepare
for the next frame
6.
the maximum interval within which a station must send another frame to
avoid being considered unreachable
5/25/2017
Page 40
Cisco 1 - Networking Basics
Final
Which of the following are defined by the terms "taking turns" and "first come,
first served"? (Choose two.)
Perrine. J
1.
dual-ring
2.
linear bus
3.
deterministic
4.
non-deterministic
5.
contention
6.
non-contention
5/25/2017
Page 41
Cisco 1 - Networking Basics
Final
Which of the following are defined by the terms "taking turns" and "first come,
first served"? (Choose two.)
Perrine. J
1.
dual-ring
2.
linear bus
3.
deterministic
4.
non-deterministic
5.
contention
6.
non-contention
5/25/2017
Page 42
Cisco 1 - Networking Basics
Final
How will data loss be handled after a late collision? (Choose two.)
Perrine. J
1.
The stations involved in the collision automatically retransmit the frames
after the collision and jam signals clear.
2.
The upper layer protocols will determine the frame was lost and request
retransmission.
3.
The NIC will believe the frame went out fine, unaware of the data loss.
4.
The upper layer protocols will reconstruct the data from the damaged
frame since most of the frame was transmitted before the collision and
only the padding was damaged.
5.
Retransmitted data will have a segment identifier that is a higher priority
than the original so the data receives special handling.
5/25/2017
Page 43
Cisco 1 - Networking Basics
Final
How will data loss be handled after a late collision? (Choose two.)
Perrine. J
1.
The stations involved in the collision automatically retransmit the frames
after the collision and jam signals clear.
2.
The upper layer protocols will determine the frame was lost and
request retransmission.
3.
The NIC will believe the frame went out fine, unaware of the data
loss.
4.
The upper layer protocols will reconstruct the data from the damaged
frame since most of the frame was transmitted before the collision and
only the padding was damaged.
5.
Retransmitted data will have a segment identifier that is a higher priority
than the original so the data receives special handling.
5/25/2017
Page 44
Cisco 1 - Networking Basics
Final
What are the characteristics of a local collision? (Choose two.)
Perrine. J
1.
The frame is less than minimum length.
2.
The frame is longer than the maximum length.
3.
The frame has an invalid FCS checksum.
4.
The frame has a valid FCS checksum.
5.
Over-voltage is detected on the coaxial network.
6.
Simultaneous RX/TX activity is detected.
5/25/2017
Page 45
Cisco 1 - Networking Basics
Final
What are the characteristics of a local collision? (Choose two.)
Perrine. J
1.
The frame is less than minimum length.
2.
The frame is longer than the maximum length.
3.
The frame has an invalid FCS checksum.
4.
The frame has a valid FCS checksum.
5.
Over-voltage is detected on the coaxial network.
6.
Simultaneous RX/TX activity is detected.
5/25/2017
Page 46
Cisco 1 - Networking Basics
Final
What are the three types of collisions? (Choose three.)
Perrine. J
1.
premature
2.
late
3.
local
4.
early
5.
remote
6.
delayed
5/25/2017
Page 47
Cisco 1 - Networking Basics
Final
What are the three types of collisions? (Choose three.)
Perrine. J
1.
premature
2.
late
3.
local
4.
early
5.
remote
6.
delayed
5/25/2017
Page 48
Cisco 1 - Networking Basics
Final
For which of the following is Ethernet considered the standard? (Choose three.)
Perrine. J
1.
inter-building connection
2.
mid-length voice
3.
video conferencing
4.
vertical wiring
5.
horizontal wiring
6.
diagonal wiring
5/25/2017
Page 49
Cisco 1 - Networking Basics
Final
For which of the following is Ethernet considered the standard? (Choose three.)
Perrine. J
1.
inter-building connection
2.
mid-length voice
3.
video conferencing
4.
vertical wiring
5.
horizontal wiring
6.
diagonal wiring
5/25/2017
Page 50
Cisco 1 - Networking Basics
Final
Which of the following items are common to all 100BASE technologies? (Choose
three.)
1.
frame format
2.
media
3.
connectors
4.
timing
5.
multi-part encoding
Perrine. J
5/25/2017
Page 51
Cisco 1 - Networking Basics
Final
Which of the following items are common to all 100BASE technologies? (Choose
three.)
1.
frame format
2.
media
3.
connectors
4.
timing
5.
multi-part encoding
Perrine. J
5/25/2017
Page 52
Cisco 1 - Networking Basics
Final
Which of the following features are important considerations when designing a
10BASE-T network? (Choose three.)
Perrine. J
1.
operates in either full-duplex or half-duplex modes
2.
cable is heavy, stiff, and difficult to install
3.
supports a longer segment length than 10BASE5
4.
usually configured in a star or extended star topology
5.
cabling represents a single point of failure
6.
utilizes a shared bus device
5/25/2017
Page 53
Cisco 1 - Networking Basics
Final
Which of the following features are important considerations when designing a
10BASE-T network? (Choose three.)
Perrine. J
1.
operates in either full-duplex or half-duplex modes
2.
cable is heavy, stiff, and difficult to install
3.
supports a longer segment length than 10BASE5
4.
usually configured in a star or extended star topology
5.
cabling represents a single point of failure
6.
utilizes a shared bus device
5/25/2017
Page 54
Cisco 1 - Networking Basics
Final
Which of the following is the IEEE Standard for 10 Gigabit (GbE) Ethernet?
Perrine. J
1.
802.3gb
2.
803.2gb
3.
802.311gb
4.
802.5ae
5.
802.3ae
6.
802.5gb
5/25/2017
Page 55
Cisco 1 - Networking Basics
Final
Which of the following is the IEEE Standard for 10 Gigabit (GbE) Ethernet?
Perrine. J
1.
802.3gb
2.
803.2gb
3.
802.311gb
4.
802.5ae
5.
802.3ae
6.
802.5gb
5/25/2017
Page 56
Cisco 1 - Networking Basics
Final
What is unique about the Dynamic Host Configuration Protocol (DHCP)? (Choose
two.)
Perrine. J
1.
It uses profiles to identify individual workstation configurations while
assigning IP addresses.
2.
DHCP packets also include a leased IP address.
3.
It uses a different message format than does BOOTP.
4.
It allows a host to obtain an IP address dynamically without a network
administrator.
5.
It allows the administrator to design a preset list of addresses for the
hosts to choose from automatically
5/25/2017
Page 57
Cisco 1 - Networking Basics
Final
What is unique about the Dynamic Host Configuration Protocol (DHCP)? (Choose
two.)
Perrine. J
1.
It uses profiles to identify individual workstation configurations while
assigning IP addresses.
2.
DHCP packets also include a leased IP address.
3.
It uses a different message format than does BOOTP.
4.
It allows a host to obtain an IP address dynamically without a
network administrator.
5.
It allows the administrator to design a preset list of addresses for the
hosts to choose from automatically
5/25/2017
Page 58
Cisco 1 - Networking Basics
Final
What are facts about the operation of the Bootstrap Protocol (BOOTP)? (Choose
two.)
Perrine. J
1.
operates in a client-server environment
2.
requires only a single packet exchange to obtain an IP address
3.
is designed to work best in a peer-to-peer networking environment
4.
requires a multiple packet exchange to complete the IP address request
5/25/2017
Page 59
Cisco 1 - Networking Basics
Final
What are facts about the operation of the Bootstrap Protocol (BOOTP)? (Choose
two.)
Perrine. J
1.
operates in a client-server environment
2.
requires only a single packet exchange to obtain an IP address
3.
is designed to work best in a peer-to-peer networking environment
4.
requires a multiple packet exchange to complete the IP address request
5/25/2017
Page 60
Cisco 1 - Networking Basics
Final
Why are internets necessary? (Choose three.)
Perrine. J
1.
to overcome LAN scalability limitations
2.
to overcome LAN speed limitations
3.
to overcome LAN distance limitations
4.
to prevent collision and congestion conditions
5.
to network networks
5/25/2017
Page 61
Cisco 1 - Networking Basics
Final
Why are internets necessary? (Choose three.)
Perrine. J
1.
to overcome LAN scalability limitations
2.
to overcome LAN speed limitations
3.
to overcome LAN distance limitations
4.
to prevent collision and congestion conditions
5.
to network networks
5/25/2017
Page 62
Cisco 1 - Networking Basics
Final
Which of these workstation installation and setup tasks are concerned with
network access layer functions? (Choose two.)
Perrine. J
1.
configuring the e-mail client
2.
installing NIC drivers
3.
configuring IP network settings
4.
connecting the network cable
5.
using FTP to download application software updates
5/25/2017
Page 63
Cisco 1 - Networking Basics
Final
Which of these workstation installation and setup tasks are concerned with
network access layer functions? (Choose two.)
Perrine. J
1.
configuring the e-mail client
2.
installing NIC drivers
3.
configuring IP network settings
4.
connecting the network cable
5.
using FTP to download application software updates
5/25/2017
Page 64
Cisco 1 - Networking Basics
Final
Which of the following is important when considering IP addressing in relation
to BOOTP?
Perrine. J
1.
BOOTP dynamically creates a database of all available IP addresses
within a network.
2.
BOOTP allows multiple workstation profiles sharing the same IP
address.
3.
BOOTP is not designed to provide dynamic address assignment.
4.
BOOTP must statically assign IP addresses through RARP.
5/25/2017
Page 65
Cisco 1 - Networking Basics
Final
Which of the following is important when considering IP addressing in relation
to BOOTP?
Perrine. J
1.
BOOTP dynamically creates a database of all available IP addresses
within a network.
2.
BOOTP allows multiple workstation profiles sharing the same IP
address.
3.
BOOTP is not designed to provide dynamic address assignment.
4.
BOOTP must statically assign IP addresses through RARP.
5/25/2017
Page 66
Cisco 1 - Networking Basics
Final
Which term describes an ARP response by a router on behalf of a requesting
host?
1.
ARP
2.
RARP
3.
Proxy ARP
4.
Proxy RARP
Perrine. J
5/25/2017
Page 67
Cisco 1 - Networking Basics
Final
Which term describes an ARP response by a router on behalf of a requesting
host?
1.
ARP
2.
RARP
3.
Proxy ARP
4.
Proxy RARP
Perrine. J
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Cisco 1 - Networking Basics
Final
Broadcast radiation can cause which of the following? (Choose three.)
Perrine. J
1.
higher segment attenuation
2.
reduced host performance
3.
reduced switching speeds
4.
increased network collisions
5.
increased protocol storms
6.
increased ARP requests
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Cisco 1 - Networking Basics
Final
Broadcast radiation can cause which of the following? (Choose three.)
Perrine. J
1.
higher segment attenuation
2.
reduced host performance
3.
reduced switching speeds
4.
increased network collisions
5.
increased protocol storms
6.
increased ARP requests
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Cisco 1 - Networking Basics
Final
"CompA" is trying to locate a new computer named "CompB" on the network.
Which of the following does "CompA" broadcast to find the MAC address of
"CompB"?
Perrine. J
1.
MAC request
2.
ARP request
3.
ping
4.
Telnet
5.
proxy ARP
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Cisco 1 - Networking Basics
Final
"CompA" is trying to locate a new computer named "CompB" on the network.
Which of the following does "CompA" broadcast to find the MAC address of
"CompB"?
Perrine. J
1.
MAC request
2.
ARP request
3.
ping
4.
Telnet
5.
proxy ARP
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Cisco 1 - Networking Basics
Final
Which of the following describes the use of Spanning Tree Protocol (STP)?
Perrine. J
1.
resolve routing loops
2.
eliminate Split Horizon errors
3.
limit collisions
4.
resolve switching loops
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Cisco 1 - Networking Basics
Final
Which of the following describes the use of Spanning Tree Protocol (STP)?
Perrine. J
1.
resolve routing loops
2.
eliminate Split Horizon errors
3.
limit collisions
4.
resolve switching loops
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Cisco 1 - Networking Basics
Final
What is established during a connection-oriented file transfer between
computers? (Choose two.)
Perrine. J
1.
a temporary connection to establish authentication of hosts
2.
a connection used for ASCII or binary mode data transfer
3.
a connection used to provide the tunnel through which file headers are
transported
4.
a command connection which allows the transfer of multiple commands
directly to the remote server system
5.
a control connection between the client and server
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Cisco 1 - Networking Basics
Final
What is established during a connection-oriented file transfer between
computers? (Choose two.)
Perrine. J
1.
a temporary connection to establish authentication of hosts
2.
a connection used for ASCII or binary mode data transfer
3.
a connection used to provide the tunnel through which file headers are
transported
4.
a command connection which allows the transfer of multiple commands
directly to the remote server system
5.
a control connection between the client and server
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Cisco 1 - Networking Basics
Final
When an administrator establishes a terminal connection to a server named
corporate.mydomain.com, which protocols are used to remotely issue
commands to that server? (Choose two.)
Perrine. J
1.
SMTP
2.
SNMP
3.
DNS
4.
Telnet
5.
FTP
6.
NMS
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Cisco 1 - Networking Basics
Final
When an administrator establishes a terminal connection to a server named
corporate.mydomain.com, which protocols are used to remotely issue
commands to that server? (Choose two.)
Perrine. J
1.
SMTP
2.
SNMP
3.
DNS
4.
Telnet
5.
FTP
6.
NMS
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Cisco 1 - Networking Basics
Final
Which of the following protocols are used for e-mail transfer between clients
and servers? (Choose three.)
Perrine. J
1.
TFTP
2.
SNMP
3.
POP3
4.
SMTP
5.
IMAP4
6.
postoffice
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Cisco 1 - Networking Basics
Final
Which of the following protocols are used for e-mail transfer between clients
and servers? (Choose three.)
Perrine. J
1.
TFTP
2.
SNMP
3.
POP3
4.
SMTP
5.
IMAP4
6.
postoffice
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Cisco 1 - Networking Basics
Final
Which of the following describe characteristics of the Telnet protocol? (Choose
three.)
Perrine. J
1.
The client host requires processing power equal to that of the server to
which it is connected.
2.
The processing and storage takes place on the remote server.
3.
Telnet is a true client server application.
4.
Telnet is a presentation layer applet.
5.
The Telnet server runs special software called a daemon.
6.
Telnet requires the support of DNS and FTP to function properly.
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Cisco 1 - Networking Basics
Final
Which of the following describe characteristics of the Telnet protocol? (Choose
three.)
Perrine. J
1.
The client host requires processing power equal to that of the server to
which it is connected.
2.
The processing and storage takes place on the remote server.
3.
Telnet is a true client server application.
4.
Telnet is a presentation layer applet.
5.
The Telnet server runs special software called a daemon.
6.
Telnet requires the support of DNS and FTP to function properly.
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Cisco 1 - Networking Basics
Final
Which type of encoding does 100BASE-TX use?
Perrine. J
1.
Manchester
2.
4B/5B
3.
4B/8B
4.
4e/5e
5.
HDLC
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Cisco 1 - Networking Basics
Final
Which type of encoding does 100BASE-TX use?
Perrine. J
1.
Manchester
2.
4B/5B
3.
4B/8B
4.
4e/5e
5.
HDLC
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