The accompanying Venn diagram shows the number of elements in region V. Use the given cardinalities to determine the number of elements in each of the other seven regions. n(U) = 44, n(A) = 20, n(B) = 18, n(C)= 20, n(ANB) = 11, n(ANC) = 10, n(BNC) = 6 elements in region I. elements in region II. There are There are There are 5 elements in region III. There are 6 elements in region IV. There are 2 elements in region VI. There are elements in region VII. ... A I II V IV 4 VII B III VI VIII
The accompanying Venn diagram shows the number of elements in region V. Use the given cardinalities to determine the number of elements in each of the other seven regions. n(U) = 44, n(A) = 20, n(B) = 18, n(C)= 20, n(ANB) = 11, n(ANC) = 10, n(BNC) = 6 elements in region I. elements in region II. There are There are There are 5 elements in region III. There are 6 elements in region IV. There are 2 elements in region VI. There are elements in region VII. ... A I II V IV 4 VII B III VI VIII
Chapter9: Sequences, Probability And Counting Theory
Section9.5: Counting Principles
Problem 38SE: Suppose a set A has 2,048 subsets. How many distinct objects are contained in A?
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