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dyadic operation

dyadic operation

8.8
A way of combining two things to give one result
  • noun
  • /daɪˈædɪk ˌɒpəˈreɪʃən/
  • Specialized
translation icon : operación diádica
  • Addition is a common dyadic operation because it combines two numbers to produce a sum.

Examples

  • Multiplication of two matrices is another example of a dyadic operation in mathematics.

  • In group theory, the group operation is a type of dyadic operation defined on the set.

  • A dyadic operation requires two inputs.

  • Can you explain a dyadic operation?

  • Addition is a common dyadic operation because it combines two numbers to produce a sum.

  • Multiplication of two matrices is another example of a dyadic operation in mathematics.

  • In group theory, a dyadic operation takes two elements from a set and combines them according to specific rules.

Synonyms

binary operation
vsdyadic operation
  • Specialized
6.5

A rule that combines two values into one result, like addition or AND

takes exactly two operands without limiting their possible values
binary arithmetic operation
vsdyadic operation
  • Specialized
4.2

An operation with two inputs that gives a true or false result

takes exactly two inputs but allows operands to have any value range

How Complex

operation
  • Specialized
30 3.7
logical operation
  • Formal
4.2
dyadic operation
  • Specialized
8.8
conjunction
  • Specialized
4 1.0
negation
  • Specialized
1 7.3

Surface Forms

Morphology

dyadic + operation

The meaning 'an operation that takes exactly two operands' is directly and transparently derived from 'dyadic' (pertaining to two) combined with 'operation' (a defined procedure). Although 'dyadic' is somewhat technical, the compositional logic mirrors common 'two-/binary + operation' patterns (cross-linguistically attested), so a learner who knows both constituents can infer the MWE meaning.

Etymology

Dyadic operation comes from a word for a 'pair': dyadic means 'two' and operation means an action. Picture a small machine that always takes exactly two things, like two numbers, and does something to them, and that's why the phrase means an operation that works on exactly two items.