Podcast
Questions and Answers
What type of network is spread geographically, across a country or globe?
What type of network is spread geographically, across a country or globe?
- Local Area Network (LAN)
- Star Topology Network
- Wide Area Network (WAN) (correct)
- Metropolitan Area Network (MAN)
In which network topology are all devices connected by one single cable?
In which network topology are all devices connected by one single cable?
- Star Topology
- Ring Topology
- Bus Topology (correct)
- Mesh Topology
Which network topology connects all devices to each other for redundancy and fault tolerance?
Which network topology connects all devices to each other for redundancy and fault tolerance?
- Ring Topology
- Tree Topology
- Star Topology
- Mesh Topology (correct)
What is the most commonly used architecture in Ethernet LANs?
What is the most commonly used architecture in Ethernet LANs?
Bus Topology is the most commonly used architecture in Ethernet LANs.
Bus Topology is the most commonly used architecture in Ethernet LANs.
In Ring Topology, if a node wants to transmit data, it adds the data as well as the source address to the frame.
In Ring Topology, if a node wants to transmit data, it adds the data as well as the source address to the frame.
In Mesh Topology, all devices are connected by one single cable.
In Mesh Topology, all devices are connected by one single cable.
A LAN network is spread geographically across a country or globe.
A LAN network is spread geographically across a country or globe.
LAN stands for Local Area ______
LAN stands for Local Area ______
Network topology defines the way in which computers, printers, and other devices are ______
Network topology defines the way in which computers, printers, and other devices are ______
The star topology resembles spokes in a ______ wheel
The star topology resembles spokes in a ______ wheel
A frame travels around the ______, stopping at each node
A frame travels around the ______, stopping at each node
Match the network topology with its description:
Match the network topology with its description:
Match the network application with its function:
Match the network application with its function:
Match the network type with its geographical scope:
Match the network type with its geographical scope:
Match the network application with its primary usage:
Match the network application with its primary usage:
Match the network type with its geographical scope:
Match the network type with its geographical scope:
Match the network application with its function:
Match the network application with its function:
Match the network topology with its description:
Match the network topology with its description:
Match the network application with its primary usage:
Match the network application with its primary usage:
Match the network topology with its primary characteristic:
Match the network topology with its primary characteristic:
Match the following network topologies with their primary characteristic:
Match the following network topologies with their primary characteristic:
Match the network type with its primary characteristic:
Match the network type with its primary characteristic:
Match the network application with its primary function:
Match the network application with its primary function:
Match the network type with its geographical coverage:
Match the network type with its geographical coverage:
Match the network application with its primary usage:
Match the network application with its primary usage:
