Write $\frac32\log_{13}4 - \log_{13}2$ as the logarithm of a single expression.
A) $\log_{13}\sqrt2$
B) $\log_{13} 6$
C) $\log_{13} 4$
D) $\log_{13} \sqrt3$

Name: Write $\frac32\log_{13}4 - \log_{13}2$ as the logarithm of a single expression. A) $\log_{13}\sqrt2$ B) $\log_{13} 6$ C) $\log_{13} 4$ D) $\log_{13} \sqrt3$
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Question

Write $\frac32\log_{13}4 - \log_{13}2$ as the logarithm of a single expression.
A) $\log_{13}\sqrt2$ 
B) $\log_{13} 6$ 
C) $\log_{13} 4$
D) $\log_{13} \sqrt3$

Quizplus · Accepted Answer

The Answer of Write $\frac32\log_{13}4 - \log_{13}2$ as the logarithm of a single expression.
A) $\log_{13}\sqrt2$ 
B) $\log_{13} 6$ 
C) $\log_{13} 4$
D) $\log_{13} \sqrt3$

Write 32log⁡134−log⁡132\frac32\log_{13}4 - \log_{13}223​log13​4−log13​2 As the Logarithm of a Single Expression log⁡132\log_{13}\sqrt2log13​2​

Write $\frac32\log_{13}4 - \log_{13}2$ As the Logarithm of a Single Expression $\log_{13}\sqrt2$