In binary coding, what two states are typically represented?

Study for the FAA-H-8083-30B AMT General Handbook – Mathematics in Aviation Maintenance Exam. Engage with flashcards and multiple choice questions, with hints and explanations. Get ready for your exam!

In binary coding, the system is fundamentally based on two distinct states, which are used to represent information in a way that can be processed by computers and digital systems. The states "On" and "Off" are commonly associated with binary representation, where "On" correlates to a value of 1 and "Off" corresponds to a value of 0. This binary framework allows digital electronics to perform logical operations and store data effectively, reflecting the basic nature of how binary systems function.

While other choices present alternatives that can be related to binary concepts, "On/Off" more directly aligns with the binary states of electrical signals (where a circuit can be in one of two states). For example, "True/False" also describes a binary condition, but the terminology of "On/Off" is more specific to the operational states observed in electronic systems. Similarly, "High/Low" pertains to voltage levels in digital signaling, while "Positive/Negative" typically relates to electrical charge or polarity, but these do not capture the fundamental state-based nature of binary code as clearly as "On/Off."

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