CCENT Quizzes Online & Trivia

The question says the switch1 is configured properly for remote access. There is not indication on the configuration applied on switch1 to assume default-gateway is not configured. The link between Router2 and Switch2 should be trunk and the ip on Switch2 should be configured on Vlan1 or trunk's native vlan. But there is not clue if they are not there. When the question says routing works properly and switch2 is configured properly for remote access, why would the frame be dropped? The telnet session from remote host will let the user until user exec mode. User will not be able to enter into priviliged exec mode as password should be configured for that. The answer is not clear.

Right Medhat_tekka they should review the last question because it's layer 3 the correct answer

A is the answer to this question. The network address is the first address of the subnet. This is important because this is needed to know details about the source and the destination of the different sub-networks available. The network address is also responsible for allowing the network to be distinguished. Take note that the IP address and the network address are not the same. The network address is known to be a numerical address that is used to distinguish the network that is being used while the IP address is bound and connected to the network device that is being used. These two should not be interchanged with each other because they are different.

B. To reassemble the segments at the remote location C. To specify the order in which the segments travel from source to destination

The Cisco switch is also known as a catalyst. This Catalyst is the brand name for the switches used in networks. They are used as part of the operating systems and it allows certain software programs to run and function. One of those systems is the CatO S which is also known as the Catalyst Operating System. It is no longer used. Some of the actions performed by a Cisco switch include using the source MAC addresses of frames to build and maintain a MAC address table. It was also created to utilize the MAC address table to forward frames via the destination MAC address. MAC address refers to the media access control address which are used by networks for communication reasons.

Please Change it. 1 (Cisco) and 4 (Cisco) is the same answer so both are correct.

Typically, with a wireless controller, your WAPs will be in a VLAN specifically to manage the WAPs, and it will not be the same as a user data VLAN. The users on the WAPs will get assigned a user data VLAN by the controller, and the WAPs will tunnel the user data via a CAPWAP tunnel to the controller, which will decapsulate the data and place it on the correct data VLAN. A controller could have multiple user data VLANs, each with its own SSID, with which the WAPs work. Each WAP could advertise all or some of the SSIDs, depending on how the controller configures each WAP. The WAPs get their configurations from the controller; they are not configured individually. I would like to mention that not every controller will tunnel traffic back to the controller. Alot of controllers will allow you to bridge at the access point, which means that once it has connected to the AP, it will use the specified VLAN to continue on it's journey on the network without having to go to the controller. So if you wanted to get out of the Internet, it will simply go to it's default gateway rather than the controller which will route the traffic to the gateway. This eliminates the controller as a potential bottleneck

Hello John.I don't get this.The Ethernet ports will give upto 100Mbs speed- I'm sure this is sufficient for a WAN link connection.The answer you gave is also correct as serial interfaces can provide high speed connection too.My question is, why is serial interfaces more correct than ethernet?

Can anyone confirm, which is the right answer because I do not think, CISCO is the right answer?

The OSI model stands for the Open Systems Interconnection model. This involves the communication system needed for a computer to function and communicate to other systems. There are seven layers in the OSI model. These layers include the physical layer, data link layer, network layer, transport layer, session layer, presentation layer, and the application layer. The layer below a layer supports that layer above. Each layer though serves a specific purpose and function. For example, the first layer which is the physical layer defines the functions of logical network-wide addressing and routing. It is also known for transporting and receiving data from a piece of equipment. Usually the data that it receives is raw. The next link which is the data link layer allows for communication between two nodes.

The answer to this question is letter E. A destination address refers to the main point that will be considered as the endpoint. This means that destination A to destination B is two different endpoints. Take note that destination addresses come with different classifications. If you would like to know more about this topic in general, you have to be familiar with the classifications because they are going to be applied to the various network layers available. This is one process that can be used when sending multiple data files to one receiver or sending a file to different recipients.

A frame with a header and trailer, but no MAC addresses