Chapter 3: Problem 13
Differentiate. $$g(x)=e^{3 x}$$
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Chapter 3: Problem 13
Differentiate. $$g(x)=e^{3 x}$$
These are the key concepts you need to understand to accurately answer the question.
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Differentiate. $$g(x)=\ln (5 x) \cdot \ln (3 x)$$
The profit, in thousands of dollars, from the sale of \(x\) thousand mechanical pencils, can be estimated by \(P(x)=2 x-0.3 x \ln x\) a) Find the marginal profit, \(P^{\prime}(x)\) b) Find \(P^{\prime}(150),\) and explain what this number represents. c) How many thousands of mechanical pencils should be sold to maximize profit?
Graph each function \(f\) and its derivative \(f^{\prime} .\)Use a graphing calculator, iPlot, or Graphicus. $$f(x)=\ln x$$
Use the Chain Rule, implicit differentiation, and other techniques to differentiate each function given. $$y=a^{f(x)}$$
The loudness \(L\) of a sound of intensity \(I\) is defined as \(L=10 \log \frac{I}{I_{0}},\) where \(I_{0}\) is the minimum intensity detectable by the human ear and \(L\) is the loudness measured in decibels. (The exponential form of this definition is given in Exercise \(45 .)\) a) Find the rate of change \(d L / d I\) b) Interpret the meaning of \(d L / d I\)
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