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What is the value of 
ln root(3)(e^(2)) ?
Answer:

What is the value of lne23 \ln \sqrt[3]{e^{2}} ?\newlineAnswer:

Full solution

Q. What is the value of lne23 \ln \sqrt[3]{e^{2}} ?\newlineAnswer:
  1. Rewrite cube root of e2e^2: We are given the expression ln(e23)\ln(\sqrt[3]{e^{2}}). The 3\sqrt[3]{} indicates a cube root. We can rewrite the cube root of e2e^2 as (e2)13(e^2)^{\frac{1}{3}}.
  2. Simplify using logarithm property: Using the property of logarithms that ln(ab)=bln(a)\ln(a^b) = b\cdot\ln(a), we can simplify the expression to (13)ln(e2)(\frac{1}{3})\cdot\ln(e^2).
  3. Further simplify expression: Since ln(e)\ln(e) is equal to 11, we can further simplify the expression to (13)2ln(e)(\frac{1}{3})\cdot 2\cdot \ln(e).
  4. Multiply to get final expression: Now, we multiply 22 by 13\frac{1}{3} to get (23)ln(e)(\frac{2}{3})\cdot\ln(e).
  5. Final answer: Finally, since ln(e)\ln(e) equals 11, we multiply 23\frac{2}{3} by 11 to get the final answer.

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