physical topology support multiple logical topology because quality and speed of cable wires effect efficiency of network
Yes, a physical topology can support multiple logical topologies.
Can a single physical topology support multiple logical topologies give a proper reason.
The physical connection is layer 1 of the OSI model, and is the medium through which the data is transfered. i.e., cables The logical connection is layer 3 of the OSI model, and is the network portion. Using the Internetwork Protocol (IP), each host is assigned a 32 bit IP address. e.g. 192.168.1.1
Superscope
Topology in a classroom context refers to the arrangement and organization of physical space to enhance learning and interaction. It involves considering factors like seating arrangements, accessibility, and the flow of movement to facilitate collaboration and engagement among students. Effective classroom topology can support various teaching methods and accommodate different learning styles, ultimately creating an environment that fosters academic success.
The great and wonderful Microsoft informed me that Win 8 will not support a logical partition.
IDE (Integrated Drive Electronics) can support a maximum of four primary partitions on a single hard drive. Alternatively, one of these primary partitions can be configured as an extended partition, which can contain multiple logical drives. This allows for a total of up to three primary partitions and potentially many logical drives within the extended partition.
Two. Reference : http://support.microsoft.com/kb/888732 Windows XP Home Edition will only support one processor Note this is physical processors, NOT cores. All versions of Windows XP will support processors with any number of cores.
The mesh topology requires multiple input/output (I/O) ports because each device connects directly to every other device in the network. Explanation: In a mesh topology, every node has a dedicated point-to-point link with all other nodes. This direct connectivity means each device must support multiple I/O ports, one for each connection. Example: In a 5-device full mesh network, each device needs 4 I/O ports to connect to the remaining devices. Why this matters for businesses: Mesh topology is often used in environments where high reliability, redundancy, and performance are critical, such as enterprise networks, data centers, and secure communication systems. How Geek Care helps: Geek Care network support services assist businesses in: Designing and deploying mesh and hybrid network topologies Configuring devices with proper I/O port management Ensuring high availability, security, and fault tolerance Troubleshooting complex network connections and hardware issues
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hat is critcal and logical analysis in acadymic writing?
none