If , , and are integers such that is an odd integer, then the product must be an even integer.
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The statement is true because the sum is always an even integer, which mathematically prevents all three factors from being odd simultaneously.
The statement is true. The sum of the three factors is guaranteed to be an even integer. If the product were odd, each individual factor would have to be odd. But the sum of three odd integers is always odd, contradicting the fact that is even.
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Parity preservation under exponents and algebraic parity constraints of sums and products of integers.