Chapter 5: Q. 14 (page 297)
Change the given exponential statement to an equivalent statement involving a logarithm.
Short Answer
The equivalent logarithmic statement of the given exponential statement is
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Chapter 5: Q. 14 (page 297)
Change the given exponential statement to an equivalent statement involving a logarithm.
The equivalent logarithmic statement of the given exponential statement is
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The graph of an exponential function is given. Match each graph to one of the following functions.
The function is not one-to-one. Find a suitable restriction on the domain of so that the new function that results is one-to-one. Then find the inverse of .
The domain of a one-to-one functiong is , and its range is. State the domain and the range of .
In Problems , the graph of an exponential function is given. Match each graph to one of the following functions.

The domain of a one-to-one functionf is , and its range is. State the domain and the range of .
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