Binary logic operates using which set of values?

Binary logic is foundational to computer systems and digital electronics and operates using a set of two values: 0 and 1. These two values represent the off and on states in binary code, which is the basis for all data representation in computers. In binary logic, 0 typically signifies an "off" state, while 1 signifies an "on" state. This dual-state nature allows for the representation of more complex information through combinations of these two digits.

While the other options mention values and states that may seem relevant, they do not form the basis of binary logic as understood in the context of digital systems. For instance, while True and False represent logical conditions in boolean algebra, they are concepts that can be mapped to the binary values; True corresponds to 1, and False corresponds to 0. However, the core operating values specified in binary logic itself are strictly 0 and 1.

Understanding this binary approach is crucial as it underpins how data is processed and stored in computers, making it a fundamental concept in fields related to information technology and electronics.