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18. A set containing all elements in a given set is called 19. The formula used in solving the number of subsets in a given set is 20. In Diagram, geometric shapes are used to show relationships between sets. 21. Given set A and set B, the of sets A and B is the elements that belongs to set A or set B or bott 22. Given set E and set F, the of sets E and F is the elements that belongs to both set E and set F18. A set containing all elements in a given set is called 19. The formula used in solving the number of subsets in a given set is 20. In Diagram, geometric shapes are used to show relationships between sets. 21. Given set A and set B, the of sets A and B is the elements that belongs to set A or set B or bott 22. Given set E and set F, the of sets E and F is the elements that belongs to both set E and set F​​

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18. A set containing all elements in a given set is called 19. The formula used in solving the number of subsets in a given set is 20. In Diagram, geometric shapes are used to show relationships between sets. 21. Given set A and set B, the of sets A and B is the elements that belongs to set A or set B or bott 22. Given set E and set F, the of sets E and F is the elements that belongs to both set E and set F18. A set containing all elements in a given set is called 19. The formula used in solving the number of subsets in a given set is 20. In Diagram, geometric shapes are used to show relationships between sets. 21. Given set A and set B, the of sets A and B is the elements that belongs to set A or set B or bott 22. Given set E and set F, the of sets E and F is the elements that belongs to both set E and set F

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