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Let f be defined as shown. Which statement i true? The inverse of y exists. The inverse of / does not exist.

Let f be defined as shown. Which statement i true? The inverse of y exists. The inverse-example-1
User Guus
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The answer is the inverse of f does not exist. Since the new input will lead to multiple output. And for an equation to be a function, an input should only correspond to one output

User Marius Tancredi
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