Polynym Math

set comparison between two polynyms

PFormal Sciences ⊥ Plearning

Random Picks

Equality

$$A \neq B$$
A is not equal to B

Subset

$$A \not\subseteq B$$
A is not a subset of or equal to B

Superset

$$A \not\supseteq B$$
A is not a superset of or equal to B

Intersection

$$A \cap B =$$
{ }

Union

$$A \cup B =$$
{ Decision Theory, Logic, Mathematics, Statistics, Systems Theory, Theoretical Computer-Science, accomodator, assimilator, converger, diverger }

Symmetric Difference

$$A \ominus B =$$
{ Decision Theory, Logic, Mathematics, Statistics, Systems Theory, Theoretical Computer-Science, accomodator, assimilator, converger, diverger }

Difference

$$A - B =$$
{ Decision Theory, Logic, Mathematics, Statistics, Systems Theory, Theoretical Computer-Science }

Difference

$$B - A =$$
{ accomodator, assimilator, converger, diverger }

Cartesian Product

$$A \times B =$$
{ (Decision Theory, accomodator),
(Decision Theory, assimilator),
(Decision Theory, converger),
(Decision Theory, diverger),
(Logic, accomodator),
(Logic, assimilator),
(Logic, converger),
(Logic, diverger),
(Mathematics, accomodator),
(Mathematics, assimilator),
(Mathematics, converger),
(Mathematics, diverger),
(Statistics, accomodator),
(Statistics, assimilator),
(Statistics, converger),
(Statistics, diverger),
(Systems Theory, accomodator),
(Systems Theory, assimilator),
(Systems Theory, converger),
(Systems Theory, diverger),
(Theoretical Computer-Science, accomodator),
(Theoretical Computer-Science, assimilator),
(Theoretical Computer-Science, converger),
(Theoretical Computer-Science, diverger) }
Polynym
Branches of science

Formal Sciences

Source
Unidentified
Area
Scientific Research
Mode
type
Depth
6
User
dane

vs.
Polynym
Learning styles

learning

Source
David A. Kolb
Area
Education
Mode
type
Depth
4
User
scotty
6 types of Formal Sciences

⊥

 4 types of learning
Logic
Mathematics
Statistics
Systems Theory
Decision Theory
Theoretical Computer-Science

⊥

 accomodator
converger
diverger
assimilator
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