Polynym Math

set comparison between two polynyms

Pheuristic ⊥ 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

$$A \cup B =$$
{ affective, anchoring and adjustment, availability, cognitive, psychomotor, representativeness }

Symmetric Difference

$$A \ominus B =$$
{ affective, anchoring and adjustment, availability, cognitive, psychomotor, representativeness }

Difference

$$A - B =$$
{ anchoring and adjustment, availability, representativeness }

Difference

$$B - A =$$
{ affective, cognitive, psychomotor }

Cartesian Product

$$A \times B =$$
{ (anchoring and adjustment, affective),
(anchoring and adjustment, cognitive),
(anchoring and adjustment, psychomotor),
(availability, affective),
(availability, cognitive),
(availability, psychomotor),
(representativeness, affective),
(representativeness, cognitive),
(representativeness, psychomotor) }
Polynym
Heuristics in judgment and decision-making

heuristic

Source
Tversky/Kahneman
Area
Psychology
Mode
type
Depth
3
User
scotty

vs.
Polynym
http://nwlink.com/...

learning

Source
Bloom
Area
Psychology
Mode
type
Depth
3
User
scotty
3 types of heuristic

⊥

 3 types of learning
availability
representativeness
anchoring and adjustment

⊥

 cognitive
affective
psychomotor
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