About 75,300 results
Open links in new tab
  1. SUBSET Definition & Meaning - Merriam-Webster

    The meaning of SUBSET is a set each of whose elements is an element of an inclusive set. How to use subset in a sentence.

  2. Subset - Wikipedia

    The subset relation defines a partial order on sets. In fact, the subsets of a given set form a Boolean algebra under the subset relation, in which the join and meet are given by intersection …

  3. Subset - Definition, Examples, Symbols, Formula, and Venn …

    Jul 12, 2024 · A subset is a set whose elements are all members of another set. In other words, a subset is a part of a given set. If A and B are two sets, we say A is a subset of B if every …

  4. Subsets - GeeksforGeeks

    Nov 27, 2025 · A subset is a set whose all elements are contained within another set. A subset is indicated by the symbol '⊆' and read as 'is a subset of' in set theory. In the figure below, every …

  5. SUBSET Definition & Meaning | Dictionary.com

    SUBSET definition: a set that is a part of a larger set. See examples of subset used in a sentence.

  6. Subset - Meaning, Examples | Proper Subset - Cuemath

    A subset of a set is a part of the set or the whole set itself. There are two types of subsets: proper subsets and improper subsets. Learn more about how to write the subsets and how to find the …

  7. SUBSET | English meaning - Cambridge Dictionary

    SUBSET definition: 1. a set (= a group of similar numbers, objects, or people) that is part of another, larger set 2…. Learn more.

  8. Subset Definition (Illustrated Mathematics Dictionary)

    Illustrated definition of Subset: Part of another set. A is a subset of B when every member of A is a member of B. Example: B = 1,2,3,4,5 Then...

  9. Subset Definition - Formal Logic II Key Term | Fiveable

    A subset is a set that contains only elements from another set, known as the 'superset.'

  10. Definition:Subset - ProofWiki

    Oct 15, 2024 · $S$ is a subset of $T$ if and only if all of the elements of $S$ are also elements of $T$. This is denoted: That is: If the elements of $S$ are not all also elements of $T$, then $S$ …