Write the logarithm as a sum and/or difference of logarithms of a single quantity. Then simplify if possible. Assume that q , w , r , and b are positive numbers, and $b \neq 1$ . $\log _ { b } \sqrt [ 4 ] { \frac { q ^ { 3 } w ^ { 2 } } { r ^ { 4 } } }$

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The Answer of Write the logarithm as a sum and/or difference of logarithms of a single quantity. Then simplify if possible. Assume that q , w , r , and b are positive numbers, and $b \neq 1$ . $\log _ { b } \sqrt [ 4 ] { \frac { q ^ { 3 } w ^ { 2 } } { r ^ { 4 } } }$

Write the Logarithm as a Sum And/or Difference of Logarithms b≠1b \neq 1b=1

Write the Logarithm as a Sum And/or Difference of Logarithms $b \neq 1$