Yes.
Most switches (which operate at layer 2) will NOT route packets between different subnets. However special layer 3 switches DO have this capability.
Modern networks used two devices for the data packets within the network will flow easily. The two devices are the routers and switches.
Packets relate to the sending and receiving of batches of data between two devices.
A MAC address is used as a unique identifier that is assigned to network interfaces. Two networking devices that transmit packets based on MAC addresses are switches and bridges.
The whole point of the network layer, and layer 3 devices, is to move packets between separate networks. Layer 2 devices on the other hand (switches), only move frames using only the data link layer between hosts in that same network. Without layer 3 devices (routers or gateways), there could be no communication between separate interconnected groups of computers.
Hubs segregate packets because hubs are used as switches. Through a VLAN, hubs, when used as switches, can easily segregate incoming and outgoing traffic.
False
Switches send packets only to the destination node while hubs share data to all connected devices. Throughput is increased with switches because of the lower amount of network overhead and lower amount of packet collisions.
To determine a method of encapsulating data and transport packets between two devices in a network
Sockets are were you would put in electrical outlets. Packets are a little more advances and can hold numerous different charges.
Packets per second - In networking, the amount of packets a device can process per second. Packets per second (pps) is a measure of throughput for network devices such as bridges, routers, and switches. It's a reliable measurement only if all packet sizes are the same. Vendors will often rate their equipment based on pps, but make sure comparisons are made using the same packet sizes.
I assume you mean wireless access point? A wireless access point allows you to connect wirelessly to a wired network. A router routes packets across different networks/subnets. Both are completely different devices but can be bundled together.
.1 packets