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Three consecutive numbers are selected from the set of integers from 11 to 3030. Suppose PP is the product of the numbers drawn. Which of the following must be true?\newlineI. PP is an integer multiple of 33.\newlineII. PP is an integer multiple of 44.\newlineIII. PP is an integer multiple of 66.\newline(A) Only I\newline(B) Only II\newline(C) Both I and III\newline(D) Both II and III

Full solution

Q. Three consecutive numbers are selected from the set of integers from 11 to 3030. Suppose PP is the product of the numbers drawn. Which of the following must be true?\newlineI. PP is an integer multiple of 33.\newlineII. PP is an integer multiple of 44.\newlineIII. PP is an integer multiple of 66.\newline(A) Only I\newline(B) Only II\newline(C) Both I and III\newline(D) Both II and III
  1. Identify Properties: Identify the properties of consecutive numbers.\newlineWhen we select three consecutive numbers, one of them has to be even, and one of them has to be odd. Since there are three numbers, at least one of them will also be a multiple of 33.
  2. Analyze Statement I: Analyze statement I: PP is an integer multiple of 33. Since one of the three consecutive numbers must be a multiple of 33, the product PP will also be a multiple of 33.
  3. Analyze Statement II: Analyze statement II: PP is an integer multiple of 44. For PP to be a multiple of 44, two of the three consecutive numbers must be even, which is not always the case. Therefore, PP is not necessarily a multiple of 44.
  4. Analyze Statement III: Analyze statement III: PP is an integer multiple of 66. Since PP is a multiple of 33 (from statement I) and one of the three consecutive numbers is even, making PP also a multiple of 22, PP must be a multiple of 66 (because 6=2×36 = 2 \times 3).

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