What is binary logic?
Binary logic, also referred to as the logic of two values or boole, is a set of rules for solving designs that must be either true or false. Its primary applications are in computer programming and mathematics, although there are also recreational games and puzzles based on more formal logic. An alternative to binary logic is "fuzzy" logic that allows a statement that is neither true nor false and/or statement with the title of truth.
Propositions are the basic operands of binary logic in the same way that the numbers are the main operands of arithmetic. Generally symbolically marked with a single letter is a proposal that must be either true or false, for example "Bill is over six feet tall" or "two plus two straight five". A subjective statement, such as "suzi is pretty", cannot generally be considered proposals because their truth depends on the perspective. The propositions should also avoid pronounof.
There are three operations common to all binarylogical systems A, or not. In addition, many logical systems add operations if. . . Then, if and only then, and EOR. Notation is very different, so it is important to stay consistent in how one writes binary logic.
Negative operations, not, is a uniform operation that is applied to a single proposal. For a proposal and is not and is false if it is and is not true if and is false. The Andes Operation creates a new composite design of two simpler designs, such as "Bill is over six feet tall and two plus two equals five". This new proposal is true if both proposals that produce it are true; Otherwise it is false. OPs also create a new design from two simpler designs, for example "Bill is over six feet high or two plus two straight five". Or b is a real suggestion if it is and is true if b is true or if both are true. Is false, onlyif they are a and b false.
Other operations are not included in all binary logical systems. Conditional operation, if A, is B, is false only if and true A B is false and true differently, so it can also be expressed as a non-A or B. Only if the operation, also called two-converting operations, is true if A and B are true and false if A and B have different true values. EOR surgery is a strict alternative, whether or b, but not both. It is the opposite of two conicative, true, if A and B have different values and false if they have the corresponding values of the truth.
The advantage of binary logic is that it provides a set of formal rules that can be used to test proposals for contradictions. For this reason, the logic has many applications in theoretical mathematics and computer science. The disadvantage is that these rules only work with statements that are absolutely true or absolutely false and can provide unreliable results at the afterUse with more vague commands.