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In Boolean logic, logical NOR, [1] non-disjunction, or joint denial [1] is a truth-functional operator which produces a result that is the negation of logical or.That is, a sentence of the form (p NOR q) is true precisely when neither p nor q is true—i.e. when both p and q are false.
A single NOR gate. A NOR gate or a NOT OR gate is a logic gate which gives a positive output only when both inputs are negative.. Like NAND gates, NOR gates are so-called "universal gates" that can be combined to form any other kind of logic gate.
The NOR gate is a digital logic gate that implements logical NOR - it behaves according to the truth table to the right. A HIGH output (1) results if both the inputs to the gate are LOW (0); if one or both input is HIGH (1), a LOW output (0) results.
The use of 'nor' to emphasise the negative clause is still popular today, and has been popular in the past through the works of Shakespeare and Milton: Nor did they not perceive the evil plight In which they were ~ John Milton - Paradise Lost I never was, nor never will be ~ William Shakespeare - Richard III
For some other uses of the English words either and neither: Correlative conjunction; English determiners; Indefinite pronoun; Wiktionary entries for either and neither; Or (disambiguation) Nor (disambiguation) All pages with titles beginning with Either; All pages with titles beginning with Neither; Ether Or
Either/Or is an influential book by philosopher Søren Kierkegaard.. Either/Or and related terms may also refer to: . Either/Or, a novel by Elif Batuman; Either/Or, music by Elliott Smith
Decades of social psychological research show that neither this conservative nor liberal approach will solve the problem of bias reduction or greater inclusion. Walsh’s position ignores the ...
At best they would have to be modified. For example, one test study guide asserts that even numbers are characterized as integer multiples of two, but zero is "neither even nor odd". [13] Accordingly, the guide's rules for even and odd numbers contain exceptions: even ± even = even (or zero) odd ± odd = even (or zero) even × nonzero integer ...