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- Expand each logarithm fully and evaluate any logarithm of a number.\log_6 \dfrac{a^2 b^5}{36}\ln \dfrac{\sqrt[5]{x^2}}{e^4 y}\log\left(x^3\sqrt{1000y}\right)\log_2 \left(\dfrac{4\sqrt{x}}{y}\right)^{3}\log_3 \sqrt[3]{x^2\sqrt{x}}
- Write each expression as a single logarithm with coefficient 1.2 - 3\log_3 m\dfrac{1}{4}\left(3\ln p - \ln q\right) + \ln r3\left(\log_2 u - 2\log_2 v\right) - \log_2 w\dfrac{1}{2}\ln x + \dfrac{1}{3}\ln x
- Factor and expand a logarithm of a rational expression and find where it holds.
- Test the laws of logs at negative inputs for x and y.
- Show each expression has the same value for every positive x and find that value.
- Find the error in each of Layla's three lines.
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Expanding and condensing logarithms: the lesson ›More Chapter 8 worksheets: Logarithms
- 8.1Definition of a logarithm
- 8.2Evaluating logarithms, common and natural
- 8.3Logarithmic scales
- 8.4Laws of logarithms
- 8.5Expanding and condensing logarithms
- 8.6Change of base
- 8.7Graphs of logarithmic functions
- 8.8Solving exponential equations by matching bases
- 8.9Solving by taking a logarithm of both sides
- 8.10Solving logarithmic equations