You manage a network with a single switch. On each switch port, a hub connects multiple devices to the switch. |
collisions |
select the statement that best describes a broadcast storm. |
A Broadcast storm occurs when there are so many broadcast messages on the network that they approach or exceed the network bandwidth.. |
Which of the following solutions would you implement to eliminate switching loops? |
spanning tree |
You manage a network that uses a single switch. All ports within your buildings connect through he single switch . Which feature should you implement? |
VLANs |
You manage a network that uses multiple switches. You want to provide multiple paths between switches so that if one link goes down, an alternate path is available. |
spanning tree |
You run a small network for your business that has a single router connected to the internet and a single switch. You keep sensitive doc. What should you use for this situation? |
VLAN |
You manage a single subnet with three switches. The switches are connected to provide redundant paths between the switches. |
Spanning tree |
Which feature prevents switching loops and ensures there is only a single active path between any two switches? |
spanning trees |
A user reports that network access from her workstation is very slow. The problem does not seem to be affecting any other users. |
Duplex mismatch |
You manage a local area network with several switches. A new employee has started today so you connect her workstation to a switch port. Which of the following is the most likely cause of the problem? |
Incorrect VLAN assignment |
You manage a network with multiple switches. You find that your switches are experiencing heavy broadcast storms. Which of the following will help reduce the effects of a broadcast storm? |
Enable spanning tree on the switches |
Which of the following solutions would you implement to eliminate switching loops? |
spanning tree |
While viewing the status of the interfaces on a Cisco switch, you see abnormally large of oversized ethernet frames being received on one interface. This interface is connected to a workstation located on the 2nd floor. |
The workstation’s network board is jabbering |
The network board in a workstation is currently configured as follows: |
show running-config interface show interface |
Which of the following features dynamically places switch ports in blocking or forwarding states? |
Spanning tree |
You manage a network that uses multiple switches. You want to provide muliple paths between switches so that if one link goes down, an alternate path is available. |
Spanning tree |
What problem does the Spanning Tree protocol prevent? |
Switching loops from developing when redundant paths are implemented between switches. |
Which of the following are advantages of using the Spanning Tree Protocol (STP) in network segmented bridges? |
Prevents message loops from forming Identifies the optimal path between network devices. Lets you provide redundancy by using more then one connection between devices, making your network more reliable. |
Which statements accurately describes port states of both bridges and switches? |
Ports in a blocked state still receive BPDUs In the learning state the MAC address table can be populated, but frames not forwarded. |
A switch running STP is a backup bridge. What state is it in? |
Blocking |
Switches running the STP are in the process of exchanging BPDUs and defining their roles. In what state are the switches? |
listening |
A switch running STP is in a learning state. A message destined for a different network segment arrives at the switch. |
It uses the source MAC address and network segment information to build its bridge database, but does not forward the message |
A switch running STP is in the listening state. A message destined for a different network segment arrives at the switch. Which of the following best describes what the switch will do? |
It does not record the address or segment information. It does not forward the message |
You have just connected four switches as shown in the Exhibit. |
B |
You have two switches connected as shown in the Exhibit. You would like to configure rapid spanning tree on switch A. On which ports would you use portfast command? |
Fa0/1 and Fa0/2 |
You have just connected four switches as shown in the Exhibit. |
Configure a priority number of 4096 for switch C |
You have three switches configured as shown in the Exhibit. |
Configure switch C with a lower priority value |
You need to configure spanning tree on a Cisco switch. You’d like to use a protocol that confirms to the 802.1w standards. |
Rapid PVST+ |
Match the Etherchannel protocol on the left with its characteristics on the right. |
Desirable mode places the port in a negotiating state. Port Aggregation Protocol (PAgP) Based on the 802.3ad standard link Aggregation control protocol(LACP) Passive mode places the port into a passive negotiation state. link aggregation control protocol (LACP) Auto mode places the port into a passive negotiating state. Port Aggregation Protocol (PAgP) Active more places the port in a negotiating state. link Aggregation control protocol(LACP) |
You manage a single subnet with three switches. The switches are connected to provide redundant paths between the switches. |
Trunking |
You manage a network with two switches. The switches are connected together through their Gigabit Ethernet uplink ports. |
Trunking |
When configuring VLANs on a switch, what type of switch ports are members of all VLANs defined on the switch? |
Trunk Ports |
Computers A and B are on the same VLAN and are separated by two switches, as shown in the exhibit. Computer A sends a Fram to Computer B. Which of the following best describes the composition of the frame as it travels from A to B? |
Computer A sends a normal frame. The first switch appends a VLAN ID to the frame. The second switch removes the VLAN ID before forwarding it to Computer B. |
Which of the following statements accurately describes a VLAN ID? |
Switches append a VLAN ID to the header of each frame to identify the virtual network to which it belongs. |
Which of the following are reasons to configure VLAN’s on a switch as opposed to using switches without VLANs? |
Increased Security Increased Number of broadcast domains |
Which of the following benefits apply only to creating VLANs with switches and not to segmenting the network with regular switches? |
You can create multiple broadcast domains |
you have two switches connected together as shown in the following diagram. How many broadcast domains are there in the network? |
2 |
Which of the following statements describe how VLANs effect broadcast traffic within an internetwork? |
Devices on the same VLAN have the same subnet address Broadcast traffic is transmitted only within a VLAN |
Which of the following are true using multiple VLANS on a single switch? select two |
The number of broadcast domains increases The number of collision domains remain the same |
A virtual LAN can be created using which of the following? |
Switch |
You want to reduce collisions by creating separate collision domains and virtual LANs. Which of the following devices should you choose? |
Switch |
Which of the following best describes the concept of VLAN? |
Devices on the same network logically grouped as if they were on separate networks |
When configuring VLANs on a switch, what is used to identify VLAN membership of a device? |
Switch port |
You manage a network with two switches. The switches are connected together through their Gigabit Ethernet uplink ports. You define VLAN 1 and VLAn 2 on each switch. A device on the first switch in VLAN 1 needs to be communicate with a device on the same switch is VLAN 2. What should you configure so that the two devices can communicate? |
Routing |
You need to keep users in all other departments from accessing the servers used by the finance department. |
VLANs |
Consider the network shown in the exhibit. You have been experiencing intermittent connectivity issues with switch2. To check the status of the interfaces you run the following commands: |
The device connected to the Fa0/1 interface has auto-negotiation disabled. |
A workstation is connected to a switch on the Gi0/2 interface using a straight through cable. The Ethernet interface in the workstation has been manually configured to use a 100 Mbps link speed and full duplexing. Which of the following are true in this scenario? (Select three.) |
If the link speed is 1000 Mbps or faster, full-duplex is used. If the link speed is 10 Mbps or 100 Mbps, half-duplex is used. The switch attempts to sense the link speed. If it can’t, the slowest link speed supported on the interface is selected. |
You need to configure the FastEthernet 0/1 interface on a switch to automatically detect the appropriate link speed and duplex setting by negotiating with the device connected to the other end of the link. |
Enter global configuration mode: conf t Enter interface configuration mode: int fa0/1 Set the speed of the interface: speed auto Set the duplex setting for the interface: duplex auto |
You need to disable the FastEthernet 0/0 interface on a switch. Drag the command on the left to the appropriate configuration step on the right to accomplish this. Not all of the commands may be required. |
Enter global configuration mode: conf t Enter interface configuration mode: int fa0/0 Disable the interface: shutdown Verify the interface is disabled: show ip interface brief |
The FastEthernet 0/0 interface on a switch is currently disabled. You need to enable it so a workstation can be connected to it. Drag the command on the left to the appropriate configuration step on the right to accomplish this. Not all of the commands may be required. |
Enter global configuration mode: conf t Enter interface configuration mode: int fa0/0 Verify the interface is disabled: show interface status Enable the interface: no shut |
A switch receives a frame addressed to the MAC address FF:FF:FF:FF:FF:FF. |
Send it out all ports except for the port it was received on |
Which command would you use on a switch to enable management from a remote network? |
IP default-gateway 192.168.10.185 |
What does the ip address dhcp command all you to do? |
Configures the switch to obtain an IP address from a DHCP server |
You are configuring a switch so that you can manage it via PuTTY from the same network segment as the switch. On the switch, you enter the following commands. |
No, the no shutdown command needs to be entered |
Match each switch management method on left with its corresponding characteristics on the right. Each method may be used once, more than once, or not at all. |
Competes with normal network traffic for bandwidth. In-band Management Uses a dedicated communication channel. Out-of-band management Must be encrypted to protect communications from sniffing. In-band management Does not compete with normal network traffic for bandwidth. Out-of-band management Affected by network outages. In-band management |
Match each switch management method on left with its corresponding characteristics on the right. Each method may be used once, more than once, or not at all. |
Commonly sold at retail stores Unmanaged switch Provide port security features. Managed switch Support VLANs Managed switch Provide very few configuration options Unmanaged switch Can be configured over a network connection Managed switch Can be configured over a dedicated communication channel Managed switch |
You reconfiguring PuTTY to be used to access the CLI of Cisco switch |
4600 baud Flow contro = RTS/CTS |
Match the Cisco device password type on the left with its function on the right |
Controls the ability to log on through a LAN or WAN interface configured on the device VTY Controls the ability to switch configuration modes EXEC Controls the ability to connect to the device using a direct connection Console |
A router is configured with the login, no password condition for console access. |
Access is denied |
Chapter 6 6.7.3 Practice exam, 6.6.10 Practice exam, 6.5.9 Practice exam, 6.4.7 Practice exam, 6.3.8 Practice exam, 6.2.5 Practice exam, 6.1.10 Practice Exam
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