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Write the expression 
ln 2+ln 3 as a single logarithm in simplest form without any negative exponents.
Answer: 
ln(◻)

Write the expression ln2+ln3 \ln 2+\ln 3 as a single logarithm in simplest form without any negative exponents.\newlineAnswer: ln() \ln (\square)

Full solution

Q. Write the expression ln2+ln3 \ln 2+\ln 3 as a single logarithm in simplest form without any negative exponents.\newlineAnswer: ln() \ln (\square)
  1. Apply logarithm product rule: Apply the logarithm product rule.\newlineThe logarithm product rule states that the sum of two logarithms with the same base is equal to the logarithm of the product of their arguments.\newlineSo, ln2+ln3\ln 2 + \ln 3 can be combined into a single logarithm as follows:\newlineln(2×3)\ln(2 \times 3)
  2. Perform multiplication inside logarithm: Perform the multiplication inside the logarithm.\newlineNow, we multiply the numbers inside the logarithm to simplify the expression.\newline2×3=62 \times 3 = 6\newlineSo, ln(2×3)\ln(2 \times 3) becomes ln(6)\ln(6).
  3. Write final answer: Write the final answer.\newlineThe expression ln2+ln3\ln 2 + \ln 3 has been simplified to ln(6)\ln(6) without any negative exponents.

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