Category cable wire pairs are twisted together for which of the following purposes?

Twisting wire pairs in category cables serves a crucial purpose in reducing signal interference. Each pair of wires is twisted together in a specific configuration, which helps mitigate electromagnetic interference (EMI) and crosstalk that can affect data transmission. The twists create a balanced transmission line, where the electromagnetic fields produced by each wire cancel each other out, effectively minimizing the impact of external sources of interference and preventing signal degradation.

While cancelling EMI is an important benefit of the twisted design, the primary intention is the reduction of signal interference during data transmission. This ensures that the integrity and reliability of the communication over the network are maintained, allowing for clearer signals and improved performance of the data network.

The other options suggest ideas that relate to data speed, durability, or specific external electrical influences, but they do not capture the fundamental reason for using twisted pairs in category cables as effectively as the reduction of signal interference.