Which of the Following Is a Negation for "For Any $n \leq 2$

question 5

Multiple Choice

Which of the following is a negation for "For any integer n, if n is composite, then n is even Or n > 2."

• A) For any integer n , if n is composite, then n is not even or \(n \leq 2\).
• B) For any integer n , if n is not composite, then n is not even or \(n \leq 2\)
• C) For any integer n , if n is not composite, then n is not even and \(n \leq 2\)
• D) For any integer n , if n is not composite, then n is even and \(n \leq 2\)
• E) For any integer n , if n is not composite, then n is not even and \(n \leq 2\).
• F) There exists an integer n such that if n is composite, then n is not even and \(n \leq 2\).
• G) There exists an integer n such that n is composite and n is not even and \(n \leq 2\).
• H) There exists an integer n such that if n is not composite, then n is not even and \(n \leq 2\).
• I) There exists an integer n such that n is composite and n is even and \(n \leq 2\).
• J) There exists an integer n such that if n is not composite, then n is not even or \(n \leq 2\).