To determine the maximum value of \( m \) such that \( \frac{1}{11^m} \prod_{i=1000}^{2014} i \) is an integer, the focus is on the prime factorization of the product \( \prod_{i=1000}^{2014} i \). The product contains all integers from 1000 to 2014, and the number of factors of 11 in this range must be calculated. The maximum \( m \) is found by counting the multiples of 11, 121, and higher powers of 11 within the range. The final result reveals the largest \( m \) that satisfies the condition. The solution confirms that \( m \) is determined by the total count of 11s in the prime factorization of the product.