AUTOMATA : Chapter 1

123456789101112131415161718
Across
  1. 1. Principle stating the total number of subsets for a set
  2. 4. The set resulting from the collection of all possible ordered pairs of a given set
  3. 5. Type of set where the order of elements matters
  4. 6. The set of elements in one set but not in another
  5. 8. The rule that a member of a set cannot also be the set itself
  6. 11. A set that contains all possible elements of interest
  7. 13. Set containing no elements
  8. 14. Difference: Operation between two sets that returns elements present in both, exclusively
  9. 15. Set: A set of all subsets of a set
  10. 16. Logical statement that two sets have no elements in common
  11. 17. A set operation that combines all elements unique to each set
  12. 18. The set of all elements that are in either of two sets
Down
  1. 1. Method used to prove the equality of two sets
  2. 2. Notation used to express the number of elements in a set
  3. 3. A diagram that shows all possible logical relations between a finite collection of sets
  4. 7. The set of elements common to two sets
  5. 9. Collection of distinct objects considered as a whole
  6. 10. An object or element belonging to a set
  7. 12. Relation showing how elements from two sets correspond to one another
  8. 14. A set that is entirely contained within another set