Category:Examples of Hasse Diagrams
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This category contains examples of Hasse Diagram.
Let $\struct {S, \preceq}$ be an ordered set.
A Hasse diagram is a method of representing $\struct {S, \preceq}$ as a graph $G$, in which:
- $(3):\quad$ If $x, y \in S: x \preceq y$ then the edge representing $x \preceq y$ is drawn so that $x$ is lower down the page than $y$.
- That is, the edge ascends (usually obliquely) from $x$ to $y$
- $(4):\quad$ If $x \preceq y$ and $y \preceq z$, then as an ordering is transitive it follows that $x \preceq z$.
- But in a Hasse diagram, the relation $x \preceq z$ is not shown.
- Transitivity is implicitly expressed by the fact that $z$ is higher up than $x$, and can be reached by tracing a path from $x$ to $z$ completely through ascending edges.
Pages in category "Examples of Hasse Diagrams"
The following 12 pages are in this category, out of 12 total.
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- Hasse Diagram/Examples
- Hasse Diagram/Examples/British Monarchs
- Hasse Diagram/Examples/British Monarchs Descent
- Hasse Diagram/Examples/Divisors of 12
- Hasse Diagram/Examples/Divisors of 24
- Hasse Diagram/Examples/Divisors of 30
- Hasse Diagram/Examples/Genealogy from Terah to Joseph
- Hasse Diagram/Examples/Parallel Lines
- Hasse Diagram/Examples/Subgroups of Symmetry Group of Rectangle
- Hasse Diagram/Examples/Subgroups of Symmetry Group of Square
- Hasse Diagram/Examples/Subsets of 1, 2, 3
- Hasse Diagram/Examples/Subsets of 1, 2, 3, 4