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Explain why 1 is not allowed as a base for a logarithmic function.
Every power of 1 is equal to $1,$ and thus it cannot be used as a base.
Algebra
Chapter 12
Inverse, Exponential, and Logarithmic Functions
Section 3
Logarithmic Functions
Functions
Exponential and Logarithmic Functions
Campbell University
Harvey Mudd College
Baylor University
University of Michigan - Ann Arbor
Lectures
01:32
In mathematics, the absolu…
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In the definition of the l…
Explain why 1 is not inclu…
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Using the definition of a …
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Examine the graph of $y=1^…
00:33
Explain why the logarithm …
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00:25
01:30
Explain why negative numbe…
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Why is $\log _{a} 1$ alway…
Writing Explain why the ba…
Okay, so we went to determine why log can't have a base of one. So that is why can't we have log base one of some term X? Well, let's be right. This as a exponential function. So this would be one to depart. Why is equal to X? And now let's note that one to any power, it's always one to. This means that this term here is not an exponential function. Therefore, we can't have a base of one because, um, our function here is not increasing as defined by a exponential function.
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