Illustrate the distributive law, An(BuC)=(AnB)u(An C), by means of the Venn diagram. Description Mutually exclusive events A and B (no common elements) B is a subset of A (all elements of B are included in A) Union of A and B (all elements that are in either A or B) Intersection of A andB (all elements in both A and B) Difference between A and B (elements in A but not in 8) Complementary set A (elements not in A) Mathematical expression ANB=0 BC A AUB Soph A N B A-B Ā= S-A Fig. 1.4 AMB (a) B Venn diagram Set operations in (c) Fig. 1.5 Example 1.3 S (d)

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Illustrate the distributive law, An(BuC)=(AnB)u(An C), by
means of the Venn diagram.
Description
Mutually exclusive
events A and B
(no common elements)
B is a subset of A
(all elements of B
are included in A)
Union of A and B
(all elements that
are in either A or B)
Intersection of A andB
(all elements in both
A and B)
Difference between
A and B
(elements in A but
not in 8)
Complementary set A
(elements not in A)
Mathematical
expression
ANB=0
BC A
AUB
ANB
A-B
Ā= S-A
Fig. 1.4
AAD
(a)
Ep.
B
Set operations
Venn diagram
Fig. 1.5
(b)
⑤
Example 1.3
S
(d)
Transcribed Image Text:Illustrate the distributive law, An(BuC)=(AnB)u(An C), by means of the Venn diagram. Description Mutually exclusive events A and B (no common elements) B is a subset of A (all elements of B are included in A) Union of A and B (all elements that are in either A or B) Intersection of A andB (all elements in both A and B) Difference between A and B (elements in A but not in 8) Complementary set A (elements not in A) Mathematical expression ANB=0 BC A AUB ANB A-B Ā= S-A Fig. 1.4 AAD (a) Ep. B Set operations Venn diagram Fig. 1.5 (b) ⑤ Example 1.3 S (d)
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