Devices- 6
W= n(n-1)/2
whereby W is number of cables
n is number of devices
solution
W= 6(6-1)/2
=6(5)/2
=3(5)
=15
15 cables
45 cables because if the formula will apply no. of cables={n(n-1)/2)} (n stands for number of devices) {10(10-1)/2} {10(9)/2} 90/2=45
In a mesh topology, each device is directly connected to every other device. To determine the number of cables needed to connect 5 devices, you can use the formula ( n(n-1)/2 ), where ( n ) is the number of devices. For 5 devices, this results in ( 5(5-1)/2 = 10 ) cables. Thus, 10 cables are needed to connect 5 devices in a full mesh topology.
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Topology
Physical topology refers to the physical layout of devices and cables in a network. It defines how devices are connected to each other and how data flows between them. Common physical topologies include bus, star, ring, mesh, and hybrid.
Star topology
A star topology is a method of connecting several computers to one another in a network. The cables used in a star topology are twisted pair cables or coaxial cables. Coaxial cables would be the cheapest solution.
pc,cables,hub,
A linear bus topology is a straight line (linear) topology which wires devices in a straight, sequential fashion (like daisy-chaining). It is characterized by a very simple and easy way to create a LAN but has problems with breaks in any of the cables in the topology. This linear bus topology does not require a central connectivity device such as a hub, switch, or router.
A wireless network
In a star topology, the primary materials used include networking cables (typically twisted pair cables like CAT5e or CAT6, or fiber optic cables), a central connecting device such as a network switch or hub, and network interface cards (NICs) installed in each device. Additionally, connectors and patch panels may be utilized to facilitate connections between devices and the central hub. Power supplies for the switches or hubs, as well as enclosures for housing equipment, are also essential materials in a star topology setup.
The network topology.