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Dylan looked at the function .and said, "This function is always greater than 0, so 0 is the absolute minimum." Explain why Dylan is incorrect.

Dylan looked at the function .and said, "This function is always greater than-example-1
User Houshalter
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Given data:

The given function is f(x)=4(1/2)^x.

The given function always greater than zero, the given function never become equal to zero, the asymptote at y=0.

Thus, zero can't be consider as the absolute minima of the function.

User Otero
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