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Question 2
1. Let $E = \{ \text{even numbers between 1 and 25} \} \newline A = \{ 2, 8, 10, 14 \} \newline B = \{ 6, 8, 20 \} \newline C = \{ 6, 18, 20, 22 \} \newline (a) Comp... show full transcript
Step 1
Answer
To complete the Venn diagram, we identify the elements in each set and their intersections. \newline \newline - Set A contains the numbers: 2, 8, 10, 14. \newline - Set B contains the numbers: 6, 8, 20. \newline - Set C contains the numbers: 6, 18, 20, 22. \newline \newline The intersections are: \newline - . \newline - . \newline - . \newline - . \newline \newline The complete Venn diagram will show: \newline - Region A contains 2, 10, 14 (Placement in the A circle only). \newline - Region B contains 6 (only), alongside 8 in the overlap with A. \newline - Region C contains 18 and 22 (placement in the C circle only), and 20 in the overlap with B. \newline - The element 8 is thus in the overlap of A and B: \newline - A Venn diagram representation should look as follows: (A) [2, 10, 14], (B) [6], (C) [18, 22], (A ∩ B) [8], (B ∩ C) [20].
Step 2
Answer
The intersection of sets A and B consists of the elements common to both sets. \newline \newline From the previous step, we identified that: \newline - . \newline \newline Now, the total number of elements in set is 12 (all even numbers between 1 and 25: ). \newline \newline The probability that a number chosen at random from is a member of is calculated as follows: \newline \newline
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