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For any integer value of x ≥ 0, there are two values, ±y, such that x! = y2.

For example, if x = 3 then x! = 6 and so y = ±√6

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Q: What values would satisfy x factorial equals y squared?
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What values would satisfy x factorial divided by y factorial equals 90?

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Where do the curves of y equals 4x squared -2x -1 and y equals -2x squared plus 3x plus 5 intersect?

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Where are the points of intersection of the straight line 3x -y equals 5 with the curve 2x squared plus y squared equals 129?

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These values are also called because they are the values at which the equation equals zero?

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