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NEW QUESTION: 1
The frame per second is the limit of human eye resolution.
A. 0
B. 1
C. 2
D. 3
Answer: D

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 decrease.
B. The number of collision domains would decrease.
C. The number of collision domains would increase.
D. The number of broadcast domains would remain the same.
E. The number of broadcast domains would increase.
F. The number of collision domains would remain the same.
Answer: C,D
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
You are about to migrate a customer network to use a VSS. Which of these statements is true about a VSS?
A. The 802.1 Q or ISL protocols are used to maintain the operational state of the VSS devices.
B. The VSS switch is defined in RFC 4318 as a managed object.
C. A VSS interoperates with a virtual port channel.
D. A VSS increases the size of the spanning-tree domain.
E. The VSS switch must be the root bridge for all VLANs and is automatically designated.
F. The PAgP+ or LACP protocols are used to maintain the operational state of the VSS devices.
Answer: F
Explanation:
Root Switch and Root Guard Protection The root of the STP should always be the VSS. Use a statically-defined, hard-coded value for the spanning tree root so that no other switches in the network can claim the root for a given spanning tree domain. Use either Root Guard on a link of VSS-facing access-layer switch or enable it at access-layer switch user port (although the later does not prevent someone from replacing access-layer switch with another switch that can take over as root). The root change might not affect forwarding in non-looped designs (root selection matter only when alternate path (loop) is presented to STP); however, the loss of BPDU or inconstancies generated by a noncompliant switch becoming root could lead to instability in the network. By default, the active switch's base MAC address is used as the root address of the VSS. This root address does on change during SSO switchover so that an access-layer switch does see the root change.
VSL EtherChannel Since VSL EtherChannel uses LMP per member link, the link-aggregation protocols, such as PAgP and LACP, are not required; each member link must be configured in unconditional EtherChannel mode using the channelgroup group-number mode on command. Once the VSL configuration is completed, using the switch convert mode virtual CLI command at the enable prompt will start the conversion process. The conversion process includes changing the interface naming convention from slot/interface to switch_number/slot/interface, saving the configuration, and rebooting. During switch rebooting, the systems recognize the VSL configuration and proceeds with their respective VSL ports initialization processes Trunking Configuration Best Practices In a traditional multilayer design featuring standalone switches, when Dynamic Trunking Protocol (DTP) and 802.1Q or Inter-Switch Link (ISL) negotiation are enabled, considerable time can be spent negotiating trunk settings when a node or interface is restored. During negotiation, traffic is dropped because the link is operational from a Layer-2 perspective. Up to two seconds can be lost depending on where the trunk interface is being brought up.
However, in this configuration, DTP is not actively monitoring the state of the trunk and a misconfigured trunk is not easily identified. There is a balance between fast convergence and your ability to manage your configuration and change control. In VSS, trunk mode of a port-channel interface being either desirable or undesirable does not exhibit the behavior of standalone node. In VSS, each access-layer is connected via port-channel (MEC), where a link member when brought on line is not a separate negotiation; rather it is an addition to EtherChannel group. The node-related restoration losses are also not an issue when compared to a standalone dual- node design in which each node has a separate control plane that negotiates a separate trunking event. As with VSS, when the node is restored, the link-up event is an additional member link of the MEC and not a trunk interface VSS Virtual Switching System (VSS) is a network virtualization technology that allows two physical Cisco Catalyst 6500 series switches to act as a single logical virtual switch. The VSS increases operational efficiencies and scales bandwidth up to 1.4 Tb/s. This technology is very similar to StackWise technology used with the Cisco Catalyst 3750 series product line, which enables switches stacked together to operate as one and use a single command-line interface (CLI) for management. However, VSS is limited to two physical chassis connected together.
vPC Virtual Port Channel (vPC) technology works by combining two Cisco Nexus 7000 series switches or two Cisco Nexus 5000 series switches with 10GE links, which are then represented to other switches as a single logical switch for port channeling purposes. With vPC, the spanning-tree topology appears loop- free, although multiple redundant paths are present in the physical topology.
RFC 4318 This memo defines an SMIv2 MIB module for managing the Rapid Spanning Tree capability defined by the IEEE P802.1t and P802.1w amendments to IEEE Standard 802.1D-1998 for bridging between Local Area Network (LAN) segments. The objects in this MIB are defined to apply both to transparent bridging and to bridges connected by subnetworks other than LAN segments.
References Cisco CCDA Official Certification Guide Fourth Edition VSS Enabled Campus Design http://www.cisco.com/en/US/docs/solutions/Enterprise/Campus/VSS30dg/VSSdg_ch3.html#wpxref89818
Virtual Switching System (VSS) Q&A http://www.cisco.com/en/US/prod/collateral/switches/ps5718/ps9336/prod_qas0900aecd806ed74b .html Cisco Catalyst 6500 Virtual Switching System Deployment Best Practices http://www.cisco.com/en/US/products/ps9336/products_tech_note09186a0080a7c837.shtml http://www.cisco.com/en/US/docs/solutions/Enterprise/Campus/VSS30dg/VSS-dg_ch3.html http://www.cisco.com/en/US/docs/solutions/Enterprise/Campus/VSS30dg/VSSdg_ch3.html#wp1079784

NEW QUESTION: 4
In a psychology school the grade of the students is determined by the following method: At the end of the first year the grade equals to twice the age of the student. From then on, the grade is determined by twice the age of the student plus half of his grade from the previous year. If Joey's grade at the end of the first year is 40, what will be his grade at the end of the third year?
A. 56.
B. 80.
C. 44.
D. 75.
E. 62.
Answer: D
Explanation:
Explanation/Reference:
Explanation:
From the grade 40 at the end of the first year we learn that his age is 20.
At the end of the second year, he will be 21 and his grade will be
(21 x 2 + 1/2 x 40 = 62).
At the end of the third year, he will be 22 and his grade will be (22 x 2 + 1/2 x 62 = 75). The correct answer is D.