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NEW QUESTION: 1
Testing effort can depend on a number of factors, which one of the following is MOST likely to impact the
amount of effort required?
A. The responsibilities for testers and developers being clearly defined
B. The ratio of developers to testers in the project team
C. The planned use of a project management tool to schedule tasks
D. The predicted number of defects and the amount of network required
Answer: C

NEW QUESTION: 2
Refer to the exhibit.

What two results would occur if the hub were to be replaced with a switch that is configured with one Ethernet VLAN? (Choose two.)
A. The number of broadcast domains would remain the same.
B. The number of collision domains would increase.
C. The number of broadcast domains would increase.
D. The number of broadcast domains would decrease.
E. The number of collision domains would decrease.
F. The number of collision domains would remain the same.
Answer: A,B
Explanation:
Basically, a collision domain is a network segment that allows normal network traffic to flow back and forth. In the old days of hubs, this meant you had a lot of collisions, and the old CSMA/CD would be working overtime to try to get those packets re-sent every time there was a collision on the wire (since ethernet allows only one host to be transmitting at once without there being a traffic jam). With switches, you break up collision domains by switching packets bound for other collision domains. These days, since we mostly use switches to connect computers to the network, you generally have one collision domain to a PC.
Broadcast domains are exactly what they imply: they are network segments that allow broadcasts to be sent across them. Since switches and bridges allow for broadcast traffic
to go unswitched, broadcasts can traverse collision domains freely. Routers, however,
don't allow broadcasts through by default, so when a broadcast hits a router (or the
perimeter of a VLAN), it doesn't get forwarded. The simple way to look at it is this way:
switches break up collision domains, while routers (and VLANs) break up collision domains
and broadcast domains. Also, a broadcast domain can contain multiple collision domains,
but a collision domain can never have more than one broadcast domain associated with it.
Collision Domain: A group of Ethernet or Fast Ethernet devices in a CSMA/CD LAN that
are connected by repeaters and compete for access on the network. Only one device in the
collision domain may transmit at any one time, and the other devices in the domain listen to
the network in order to avoid data collisions. A collision domain is sometimes referred to as
an Ethernet segment.
Broadcast Domain: Broadcasting sends a message to everyone on the local network
(subnet). An example for Broadcasting would be DHCP Request from a Client PC. The
Client is asking for a IP Address, but the client does not know how to reach the DHCP
Server. So the client sends a DHCP Discover packet to EVERY PC in the local subnet
(Broadcast). But only the DHCP Server will answer to the Request.
How to count them?
Broadcast Domain:
No matter how many hosts or devices are connected together, if they are connected with a
repeater, hub, switch or bridge, all these devices are in ONE Broadcast domain (assuming
a single VLAN). A Router is used to separate Broadcast-Domains (we could also call them
Subnets - or call them VLANs).
So, if a router stands between all these devices, we have TWO broadcast domains.
Collision Domain:
Each connection from a single PC to a Layer 2 switch is ONE Collision domain. For
example, if 5 PCs are connected with separate cables to a switch, we have 5 Collision
domains. If this switch is connected to another switch or a router, we have one collision
domain more.
If 5 Devices are connected to a Hub, this is ONE Collision Domain. Each device that is
connected to a Layer 1 device (repeater, hub) will reside in ONE single collision domain.

NEW QUESTION: 3
Cisco FirePOWER Threat Defenseソフトウェアを使用して、アプライアンスを通過するトラフィックを受動的に受信するようにどのインターフェイスモードを設定しますか。
A. インラインタップ
B. 受動的
C. インラインセット
D. 透明
E. ルーティング済み
Answer: B

NEW QUESTION: 4
Which xDSL flavour, appropriate for home or small offices, delivers more bandwidth downstream than upstream and over longer distance?
A. VDSL
B. SDSL
C. HDSL
D. ADSL
Answer: D
Explanation:
Explanation/Reference:
Asymmetric digital subscriber line (ADSL) is designed to provide more bandwidth downstream (1 to 8 Mbps) than upstream (16 to 800Kb).
DSL (Digital Subscriber Line) is a modem technology for broadband data access over ordinary copper telephone lines (POTS) from homes and businesses. xDSL refers collectively to all types of DSL, such as ADSL (and G.Lite), HDSL, SDSL, IDSL and VDSL etc. They are sometimes referred to as last-mile (or first mile) technologies because they are used only for connections from a telephone switching station to a home or office, not between switching stations.
xDSL is similar to ISDN in as much as both operate over existing copper telephone lines (POTS) using sophisticated modulation schemes and both require the short runs to a central telephone office Graphic below from: http://computer.howstuffworks.com/vdsl3.htm

DSL speed chart
The following are incorrect answers:
Single-line Digital Subscriber Line (SDSL) deliver 2.3 Mbps of bandwidth each way.
High-rate Digital Subscriber Line (HDSL) deliver 1.544 Mbps of bandwidth each way.
Very-high data-rate Digital Subscriber Line (VDSL) can deliver up to 52 Mbps downstream over a single copper twisted pair over a relatively short distance (1000 to 4500 feet).
Reference used for this question:
http://computer.howstuffworks.com/vdsl3.htm
and
http://www.javvin.com/protocolxDSL.html
and
KRUTZ, Ronald L & VINES, Russel D., The CISSP Prep Guide: Mastering the Ten Domains of Computer Security, John Wiley & Sons, 2001, Chapter 3: Telecommunications and Network Security (page 115).