Ashton says that the zeros of the equation y=6x^2-5x-25 are at x=5/2 and x=-5/3. Which statement correctly describes Ashton's claim? Ashton is incorrect. The quadratic expression has the factors (2x+5) and (3x-5), so the zeros are at x=-5/2 and x=5/3. Ashton is correct. The quadratic expression has the factors (2x+5) and (3x-5), so the zeros are at x=5/2 and x=-5/3. Ashton is incorrect. The quadratic expression has the factors (2x-5) and (3x+5), so the zeros are at x=-5/2 and x=5/3. Ashton is correct. The quadratic expression has the factors (2x-5) and (3x+5), so the zeros are at x=5/2 and x=-5/3.

Question

Mohammed Mayer

Mathematics

17 August, 23:40

Ashton says that the zeros of the equation y=6x^2-5x-25 are at x=5/2 and x=-5/3. Which statement correctly describes Ashton's claim? Ashton is incorrect. The quadratic expression has the factors (2x+5) and (3x-5), so the zeros are at x=-5/2 and x=5/3. Ashton is correct. The quadratic expression has the factors (2x+5) and (3x-5), so the zeros are at x=5/2 and x=-5/3. Ashton is incorrect. The quadratic expression has the factors (2x-5) and (3x+5), so the zeros are at x=-5/2 and x=5/3. Ashton is correct. The quadratic expression has the factors (2x-5) and (3x+5), so the zeros are at x=5/2 and x=-5/3.

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Answers (1)

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Madisyn Chang · Answer 1

Ashton is correct. The quadratic expression has the factors (2x-5) and (3x+5), so the zeros are at x=5/2 and x=-5/3.

Step-by-step explanation:

The answer itself has the step-by-step explanation.