6.5.9 Testout CTI 120
You manage a single subnet with three switches. The switches are connected to provide redundant paths between the switches. Which feature allows the switches to pass VLAN traffic between the switches? 1)Bonding 2)PoE 3)Trunking 4)802.1x 5)Spanning tree
3)Trunking
Which of the following statements accurately describes a VLAN ID? 1)VLAN ID's identify the VLAN where the frame originated so the receiving host can reply 2)Switches append a VLAN ID to the header of each frame to identify the virtual network it belongs to 3)VLAN ID's are defined at the Network layer and help route the frame through the switch fabric
2)Switches append a VLAN ID to the header of each frame to identify the virtual network it belongs to
you have two switches connected together as shown in the following diagram. How many broadcast domains are there in the network? 1) 0 2) 1 3) 2 4) 4 5) 5 (picture is in testout practice exam)
3) 2
Computers A and B are on the same VLAN and are separated by two switches, as shown in the exhibit. Computer A sends a frame to Computer B. Which of the following best describes the composition of the frame as it travels from A to B? 1) Computer A sends a normal frame. The first switch forwards the frame to the second switch, where the VLAN ID is appended to the frame and forwarded to the Computer B 2) Computer A sends a normal frame. The first switch appends a VLAN ID to the frame. The VLAN ID remains on the frame through the second switch up to Computer B 3) 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
3) 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
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 communicate with a device on the second switch in VLAN 1. What should you configure to allow communication between these two devices through the switches? 1)Layer 3 switching 2)Spanning tree 3)Trunking 4)Bonding
3)Trunking
When configuring VLANs on a switch, what type of switch ports are members of all VLANs defined on the switch? 1) Each port con only be a member of a single VLAN 2)Trunk ports 3)Gigabit and higher Ethernet ports 4)Uplink ports 5)Any port not assigned to a VLAN
2)Trunk ports
Which of the following benefits apply only to creating VLANs with switches and not to segmenting the network with regular switches? 1)You can create multiple broadcast domains 2)You can create multiple collision domains 3)You can segment the network based on physical location 4)You can provide guaranteed bandwidth between two devices
1)You can create multiple broadcast domains
