Three VTP parameters that must be identical on all switches to participate in the same VTP domain include domain name, domain password, and version number. VTP stands for VLAN Trunk Protocol. The answer can be found at http://www.ccna4u.org/2011/06/ccna-3-chapter-4-2011-v4-0-answers-100.html
AnswerYes. You can't split a broadcast domain without also splitting the collision domain. The only devices that can split a broadcast domain are routers and layer 3 switches. Switches, bridges, and routers can all be used to split the collision domain. Hubs and repeaters do not split the collision domain or the broadcast domain.
VLANs.
Bridge, Switches, Router.
The size of the broadcast domain is increased
Nucleus is identical to eukariya.So domain eukariya has a nucleus.
Phasor diagram is graphical representation of various electrical parameters in terms of their magnitude and angle.
The range could be anything. Without parameters specified, the domain of {1,2,3,4} could have any range. This problem is unsolvable.
in my opinion there is no any collision domain in the router......but switch has collision domains for each interfaces & hub has one collision domain
You can't eliminate collision in a broadcasting domain. What you can do is to increase the number of collision domain within a broadcasting domain by using more switches. this will improve your network traffic because the more the collision domain, the better is your network in terms of data transmission performance.
Layer 2 multicast. vtp is stopped at the router.
All VLANs that are configured on this switch will be sent to all other switches in the same VTP domain. Adding this switch to the network will cause no disruption in the VTP domain operations if the rest of the switches in the same domain have a higher configuration revision number.
Layer 1 (hubs) or Layer 2 (bridges or switches) devices.