Electrical signals are interpreted as what in a network?

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Multiple Choice

Electrical signals are interpreted as what in a network?

Explanation:
Electrical signals in a network are interpreted as bits—the binary values 0 and 1. The hardware at each end reads voltage levels on the wire and maps them to a stream of 0s and 1s. Those bits are then grouped into bytes and frames, and higher layers interpret them as characters, numbers, or other data after decoding. Representing data directly as letters, colors, or tones isn’t how the wire-signaling works in most networks; binary signaling provides a robust, simple foundation that digital logic can reliably generate, transmit, and rebuild across media.

Electrical signals in a network are interpreted as bits—the binary values 0 and 1. The hardware at each end reads voltage levels on the wire and maps them to a stream of 0s and 1s. Those bits are then grouped into bytes and frames, and higher layers interpret them as characters, numbers, or other data after decoding. Representing data directly as letters, colors, or tones isn’t how the wire-signaling works in most networks; binary signaling provides a robust, simple foundation that digital logic can reliably generate, transmit, and rebuild across media.

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