For $x = 0$ $x=0$ , does it pass the vertical line test?

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For $x = 0$ $x=0$ , does it pass the vertical line test?

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Answer 1 · 2015-06-20T18:34:48

The line $x = 0$ $x=0$ does not pass the 'vertical line test' since the vertical line $x = 0$ $x=0$ intersects with it at more than one point (in fact at rather a lot of points). So $x = 0$ $x=0$ does not define a function.

Explanation:

The equation $x = 0$ $x=0$ defines a vertical line. It does not define a function of $x$ $x$ , since there a multiple values of $y$ $y$ for the value $x = 0$ $x=0$ .

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For $x = 0$ $x=0$ , does it pass the vertical line test?

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For $x = 0$ $x=0$ , does it pass the vertical line test?