Describe the algebraic advantage of taking the natural logarithm of both sides before…

MATHEMATICS · Subjective · CBSE · Mathematics · Continuity and Differentiability · Continuity and Differentiability

Problem

Describe the algebraic advantage of taking the natural logarithm of both sides before differentiating a function such as y=(x2+1)53x−1exy = \dfrac{(x^{2}+1)^{5}\sqrt{3x-1}}{e^{x}}. In one or two sentences, identify the property used and explain how it streamlines the differentiation process.

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